** Tomonori, Rane and I all agree that the four of us would work well together (anyone, please correct me if I misquote you). We like the idea of shared perception via a mobile computing device. We all agree that a web page is a far off secondary concern (used mainly for documenting our project), and that the primary concern is how and why we are collecting video/audio to be shared with others. I think what we all have in common is the concept of telepresence. Rane suggested looking into the idea of relationships as a theme for the project. Relationships as in how does a person speak with a computer and how do people speak through computers to one another. I like this idea because it delves into some fairly solid communication theory with which I've always been intrigued. Also, communication theory has so many facets, choosing it as an overarching theme doesn't limit us too much. Communication theory works for me. The relationship that I was referring to was the relationship between people/people, people/machine, people/machine/people. We discussed the reason for a portable computing device. I don't like the idea of creating something where the viewer is stuck in front of a computer. I likened this to using the telephone over the technological advances with the phone. You could go all the way back to party lines... but, changes happened in how we lived with the advent of the telephone. Cordless phones gave people freedom to move about while talking (so did long cords). People began speaking to others in their yard, or on their porch. Wireless phones are resulting in people being interrupted in the middle of a class and walking out to have the conversation. The ringing interrupts everyone, but we are learning to ignore it. People walk around with phones talking to others. This also happens in the middle of a dinner conversation, where all of a sudden a third person enters for one of the dinner guests. So, this is what I meant in terms of relationships between people/people, people/machines, and people/machines/people. There is a relationship of sorts that exists with a device that you keep with you. Tomonori had some wonderful ideas regarding "why" and posed the important questions of how will our project affect people on an emotional, psychological, and logical level? For example, what happens when you invert video? should we do that? if so, why? He also raised the question of our skill sets and if the four of us have what it takes. We agreed that video, audio and text is managed by our current skill sets and that graphics/images could be dealt with by combining our efforts. I offered the idea of trying to "digitize attitude", that is to say, OK we can transmit the visuals and sound of a persons experience, but how do we than digitize and transmit that persons personality. POV telepresence is as much about the literal senses as it is about the emotions triggered by those perceptions. For example, I suggested the recorder could alter the video by saturating certain colors to signify emotion. Strong blue saturation = depression, light green saturation = contentment, etc. I think the idea of digitizing attitude is interesting and worth investigating. My general interpretation of all of our concerns is that we need to come up with a strong reason to put together a mobile video/audio POV recording device. We need to focus our efforts on pushing the technology beyond KinoEye into an interactive, artistic (and potentially commercially viable) experience that takes, as Rane said, our ideas to the next level. And so I think it is safe to say that the three of us left tonight's meeting with relationships/comm theory as a spark of inspiration to come up with some content for this project. I also think that we need to keep bouncing ideas of one another both on the hardware end of things (thanks for the VIC link) as well as the theoretical end of things. Basically we talked for a couple hours about a vast wealth of ideas and potential for the project. I have recounted only a few ideas here and I've included everyone in this email in the hopes that you correct and augment my interpretation of the evening's conversation. And to formalize the group I am assuming that Siggi, Me, Rane, and Tomonori are, as of tonight, in this project group till the end of next year. Please let us know if there is any apprehension on anyone's part... I like all of your guys' ideas, I've enjoyed working with all of you in class and feel very comfortable saying that I am in a group with the three of you. I hope to here similar reactions from all of you... and if not... no hard feelings... I just want to dive into the project. I am excited about the possibilities of this group. I also want to dive into the project.
Our goal is to use technology to explore time space, relationships, and communication theory through computer-aided communication tools utilizing sensors, video, audio, and streaming technologies. Relationships: How do we use audio and video to impact the user of this technology? What is that impact? This is a study in terms of time and space. Changes that occur with time, and augmenting reality with virtual space… We won't know what is ideal for this medium until we actually have a working prototype. Our initial educated guesses for the content are: 1. Boundaries in relationships -- boundaries between person/machine, person/person, person/machine/person. A. Intimacy B. Privacy C. Organic environment created by the technology. D. Mixture of person/machine. Humans are imperfect and will alter the control of the digital world. E. Layers of interactivity, reflection of interactivity... reflexivity... incorporating the process of what is going on while you're doing it, so you become aware of it. The metaphor of the mouse... you don't see what is going to happen with a mouse, but after you use it, you get the idea of what is happening and what is possible. The immersion of the user enables the user to enter into a virtual space. User to machine, user through the machine to the other person, and the relationship of the receiver. What are the boundaries of intimacy and privacy? There are a lot of levels of interactivity and intimacy in the relationships. Level of interactivity. Our intent is to make this technology interactive via wireless LAN, (full duplex, multi-channel communication). Time and Space: Technology alters or augments the perception of time and space. It should happen on both ends -- for the viewer and recorder. The viewer will have an awareness of the space of the viewer. Time issue: real time, live broadcast which means there will be lulls and boredom... perhaps an altered interpretation of time. Content and research: Time/Space, Relationships, Wireless LAN, Prototype building, Communication theory, email/chat as a media for communication and how that limited space of ... synchronous communication in a chat versus asynchronous communication in email. Visual Communications Communication theory: How do you digitize personality and attitude? Is color a viable venue for this? Video conferencing, human factors issues. Email com theory Technology -- 4:3 format. Effectors -- (mood, attitude, personality)... Theremin is a proximity sensor to a pitch converter... how do you represent the proximity to the receiver end? Possible to control music, sound, virtual, or real object (like virtual chess)... by using 3 theremins... for the 3D positioning. Links: http://www.muse3d.com http://www.fufme.com http://www2.ncsu.edu/eos/service/ece/project/succeed_info/larettin/thesis/ch1.html#1.2 http://www-ict.its.tudelft.nl/~moritz/ http://www-ict.its.tudelft.nl/html/research/c/ http://www.supercircuits.com/start_color.html http://www.endoscopes.net/cams.shtml Computers we want: Part I. Technology reflects mobile camera eyewear – hardware data recording, wireless streaming via LAN, and using netware software to create an interactive environment. Research methods: Online research, prototype testing, email interviews/exchanges, journal/library research, field trips, listserves, newsnet, We will have weekly and bi-weekly meetings during the summer. Production methods research: list technologies we're using and whatever we don't have competency in, we research. The innovative aspects of the project are wireless mobility, first person point of view video. This is an innovative perspective used for personal experience. The 3D audio is innovative, except for NASA. This project enhances the current body of knowledge by producing a prototype that will allow real time video streaming, and the sociological investigation of the impact of that technology. There aren't many people who are doing realtime interactive audio, let alone 3D immersive realtime audio. The feedback loop, and reflexivity will alter our social interactions. Cisco Aironet Wireless LAN Access Point (AIR-AP342E2C) - $1300 Cisco Aironet Wireless LAN PC Card (AIR-PC342) - $250 Streaming Media Server (based on Real Networks Requirements) Microsoft Windows NT 4.0 Server, Dual Intel Pentium III 500+, 256RAM, standard harddrive (4+ gig), keyboard, monitor & mouse. - $3000 Workstations (based on group memeber requests) 2 Windows NT Workstation, Pentium III 500+,128RAM. - 2 * $1900 2 Apple G3/G4 128RAM. - 2 * $2400 Access to Bandwidth 120kpbs stream with 10 streams = at least 1.2 Mbps Wearable Computers (based on VIAIIPC and Wearables) Windows NT 4.0, Cyrix or Celeron 166-230, 64-128RAM, 3.2GB Harddrive, Interface, Display. $3500-8000 Software: Streaming Media Server - Real or Windows Media. Web Server Software - Apache, UNIX, Netscape. Visual Content Creation - Photoshop, Fireworks, Dreamweaver, Premiere, RealNetworks/Windows Media Production Tools. Audio Content Creation - Soundforge, ProTools, Specialty Software They had some wireless LAN things at Fry's @Fremont. I didn't know this has been so close to consumer. When I grab a iBook, I'll get Airport definitely. Here's another less pretty idea but its much more powerful and cheaper and obviously Sony is not the only option. Sony VAIO FZ505 Series notebook sells for $2800. It has Pentium III 500, 128 MB RAM, 12GB harddrive, 12" display, is 1" thick and weighs 3.75 lbs, 1 type II card slot (wireless LAN) and 2 USB ports (which only windows 98 can use). Sony VAIO F series notebooks start with the PCG-F420 at $1700 for a PIII 450, 64RAM, 13" Display, 7lbs, 2" thick, 6GB drive, and 2 Type II card slots, 4xDVD.and go up to the VAIO PCG-F490 selling at $4000 for a PIII 650, 128RAM, 15" XGA TFT Display, 7lbs, 2inches thick, 18GB drive, and 2 Type II card slots 4xDVD. All of these guys come with a built in 56k modem. can borrow their wirelessLAN system? I also have a catalog of prototype components: I found a tiny motherboard that comes PCI slot/ISA slot/LCD Screen Circuit/HD-FD-EtherPort kinda stuff: designed for Kiosk machine type thing. The catalog is at school, I'll get the URL and let you'll know. I don't know if this machine can give enough horse power -but quite small so...... If you would like I can assemble an "add-on" sheet to the paper with the list of equpiment we've been passing around. I can e-mail it to Jim and drop off a paper copy to Raquel tomorrow. Tomonori, let me know that motherboard URL so that we can include that as well. Let me know if you want me to do this. Or if you want something added. and this is the SBC with LCD controller (so stick LCD display in without converter) This takes Celeron (socket370, right?) and has one PCI slot, and one PC/104 (PC card?) along with other stuff, such as FD/HD port, Ether, USB, KB/Mouse, Serial/parallel. it is priced as $560 according to the catalog I have (but not sure at what quantity.) http://aaeon.com/html/pcm6890.htm July 2000 Well, some guy in New York registred it last month, but I registered mindfrog.net and mindfrog.org and e-mailed that guy about mindfrog.com. We're thinking a frog as a character might be cool... and maybe this mindfrog.com guy will give up the .com... and of course, we're still open for suggestions. I just registered mindfrog as a second best... possible first choice. Here's a hardware and software list. Prices are fairly accurate. Cisco Aironet Wireless LAN Access Point (AIR-AP342E2C) - $1300 Cisco Aironet Wireless LAN PC Card (AIR-PC342) - $250 Streaming Media Server (based on Real Networks Requirements): Micorsoft Windows NT 4.0 Server, Dual Intel Pentium III 500+, 256RAM, standard harddrive (4+ gig), keyboard, monitor & mouse. - $3000 Workstations (based on group memeber requests): 2 Windows NT 4.0 Workstation, Pentium III 500+,128RAM. - 2 * $1900 = $3800 2 Apple G3/G4 128RAM. - 2 * $2400 = $4800 Access to Bandwidth: 120kpbs stream with 10 streams = at least 1.2 Mbps Wearable Computers (based on VIAIIPC and Wearables): Windows NT 4.0, Cyrix or Celeron 166-230, 64-128RAM, 3.2GB Harddrive, Interface, Display. $3500-8000 One of the two following Notebooks (or equivalent): 1) Sony VAIO FZ505 Series notebook. It has Pentium III 500, 128 MB RAM, 12GB harddrive, 12" display, is 1" thick and weighs 3.75 lbs, 1 type II card slot (wireless LAN) and 2 USB ports (which only windows 98 can use). $2800 2) VAIO PCG-F490 selling for a PIII 650, 128RAM, 15" XGA TFT Display, 7lbs, 2 inches thick, 18GB drive, and 2 Type II card slots 4xDVD. $4000 Head Mounted Display: Sony Glastron Glasses PLM-A35 - $500 Cameras: 2 Color Surveillance Cameras - 2 * $250 = $500 Audio: Mic PreAmp - $200 Headphones - $100 Software: Streaming Media Server - Real or Windows Media. Web Server Software - Apache, UNIX, Netscape. Visual Content Creation - Photoshop, Fireworks, Dreamweaver, Premiere, RealNetworks/Windows Media Production Tools. Audio Content Creation - Soundforge, ProTools, Specialty Software eyeleap.com Sigurdur matthiasson 2177 rosedale ave, ca 94601 US Domain Name: eyeleap.com Subscription Length: 1 year(s) Period From: 14-Jul-2000 Period To: 13-Jul-2001 Order ID: 12912833 Amount Charged (US$): $35.00 wireless LAN. -maybe "airPort" type networking is possible. One desktop connected to LAN by Ethernet Card also has PCI wireless card, that bridges for the laptop/mobile computer with wireless PC card. You know what I mean? I don't know how much lines one PCI card can handle, but the stand alone station looks like just a router/hub, and replacable with normal machine. I haven't read much, tell me when you find which hardware suppors that. I saw the ad in data comm warehouse, and the package of ZOOMAIR has picture of a Desktop and 2 notebooks connected by "radio" the actual site: http://www.zoom.com/zoomair/index.html Also, using skyline, skyline can communicate with Mac with airport card -base station is not necessary. it's really just like HUB. http://www.farallon.com/products/wireless/skyline/ 11Mbps/150ft http://www.haywire.csuhayward.edu/~tyamasa/images/1close.jpg http://www.haywire.csuhayward.edu/~tyamasa/images/1open.jpg http://www.haywire.csuhayward.edu/~tyamasa/images/1front.jpg http://www.haywire.csuhayward.edu/~tyamasa/images/1circuit.jpg so, the display unit is half the depth -the other is 2 prism, big ones. I read Mann's paper. He made a "closed" HMD with camera, so the wearer see things through camera totally. That's kinda interesting. I think it's do-able with Glasstron and 2 cameras. Maybe with IR cameras for dark place? the "club version"? I got this from the guy who owns mindfrog.com. It sounds like he wants money. What do you guys think should be our next step. We could plead poor graduate student... or offer a small some and wait for a reaction... or ask what his price is... let me know so I can bug this guy a little. -Christian mindfrog.com wrote: Hi. Thank you for your inquiry. I have registered the MindFrog.Com domain name a while ago but because of some errors it went through only about a month ago. We have been working on a project for which this particular domain name is very important. In addition we have began to offer this name for sale to other companies who are currently working on or already have a web presence similar to what we intend to do with the name. Perhaps we can work on some kind of compromise that would be beneficial for both of us. Thank you and best wishes. Abraham http://www.realnetworks.com/feature/index.html?src=home_071400_feature Also, Rane and Tomonori... are we meeting at my place thursday at 7PM? I know Siggi is off on a shoot. I may be required to attend a 3D seminar that evening... I'm still looking into that. If so, I wouldn't be able to host or attend the meeting. I'll let you guys know, sorry for the short notice. I'm gonna e-mail this mindfrog.com guy back with some questions and hope to get some more definitive answers.
Tomonori, should we meet if Christian can't meet? Or should we wait until next week at my place?
if you guys have time, check Mike Quinn Electronics (san leandro) http://www.bluefeathertech.com/technoid/calswap.html There's a info on the shop -though they moved the place recently, I'm not sure if the address here is really updated. Check it by phone first. They have whole room full of junk. Broken/Old/Parts-stripped, computers/electronics etc etc as well as new parts. It's not a clean nice looking place but worth checking out. I went to Akihabara city, where only electric/parts/computer/cell phone shops exists within 10 by 5 blocks area this evening. I saw some "done" spy cams, that are about $200 and small, looks like Rane's. It was too late so I couldn't get parts level stuff, but I'll try that tomorrow. They have all kinds of components, but if I look for a somewhat complete product (at least in a plastic case), they all too expensive. Sorry I couldn't finish the binarual mic -I've done it, but couldn't find a free mic pre-amp in our booth so I couldn't test it. My plan for this weekend is to into binaural processing for feedback. Please let me know how the meeting goes. Cameras: 3 Types - 1. Pin Holl Cameras, tiny (finger size) (CMOS) $170 2. Lenz type, tiny to super tiny (CCD) $200 to 700 (supertiny, as the microphone I had at the BBQ) 3. fiber -I couldn't find it -but it has worst quality image in those three (looks like bee's view since the fiber consists of several fibers) The other news is that there's a "pocket PC". It's a "bare bone" system, we have to add CPU, RAM, and HD, but it's really tiny. It has USB*2, Parallel, Serial, Video, S-video, and CD-ROM. The kit is $600, of course we have to add CPU RAM and HD, but it's worth checking, since it's really a complete PC (it has tarckpad, button and up/down key for presentation) the maker is Century, i'll look for the website for it. The other choice of computer is called NLX (format, as ATX, AT etc) it's really mid size pizza box, with CD-ROM, FD, power included. Some used laptops I found are 486 $100, Pentium $200+. I didn't find CCD camera kit ikinda thing, something we can assemble a camera from parts -Though I’ve seen some Video transmitter (analog) and Mic Preamp kit etc. I'm going back to Hiroshima tomorrow, where my family live. I'll do some job there, and check out the place again when I go back to the US. August 2000 http://www.x10.com/home/offer.cgi?!REG3,../1index5687.htm? $170 for 3 wirelss camera is a good deal. Very nice for demo.... September 2000 Well I finally got stuff onto tape. I figured out the problem with the camera. I was dumb enough not to read the specs on it fully. Unlike your camera Rane, The new one needs 12volts to run. I got the powerpack and everything works great. I did some taping to nite on the street. It was fun. The video looks great. Now I only have to post it and marry it. Good to see you've made it back in 1 piece. I believe Rane is down in Arizona or New Mexico this week and Siggi is still in Iceland. (Siggi, Rane, please correct me if I'm wrong) You and I could meet Thursday at my place around 7 and go over some of the microphone and computer boards' specs. Also, did you get my e-mails about mindfrog.net? Rane and I have been piecing together some theory ideas to put on the site. Siggi has got the "recorder" glasses working and will fine tune the 3D effect when he gets back. Let me know if Thursday is good for you. I could use some sake! Christian I'm in San Diego right now. Siggi is in Iceland. Christian, the stuff is at my house, and Bill knows where it is. You can pick it up if you want. I should be home by the 3rd. I'm into sake! :) I can communicate from here, let me know what's going on... We've been creating the camera glasses, and trying to film stereoscopic video. Let's ask. If we can attend, I suggest we do attend. Let’s invite Phil to our next meeting. It sound like we need to meet with Phil before the 27th to review our equipment list. It also sounds like everything is still up in the air. good news. Today I completely took a part off my HMD. I thought it's got a small TV inside -but that was wrong. The tube I thaught was actually just a mirror. After several steps, I found a familiar shape -yes, half-inch square LCD screen. One LCD and one backlight -like overhead projecter. it's the miniture of it. I used a lens to see if it can be a monocle-LCD-display -well, it works. I don't know much about those optical equip, but I think we can make a HMD with pair of this cheap HMD. I'm now going to call my parents to get one more (only $80 -it was too big to carry-on to the flight, though) to see if it works. Even if it doesn't work with our project, I can still have some fun with this LCD screen -tiny TV? 007 style. I'll bring it to the next meeting, as well as the binaural microphone that I'm going to solder now. I'm back... when are we meeting? Thursday? Where? We can meet here. What time? 7:00 p.m.? I think we need to begin focusing on the 'paper' that needs to be turned in on the 20th. I have some theory ready for it. What has happened that I am unaware of? I still have the stuff here that Siggi dropped off before he left. I got the LCD screen with video input (RCA) I heard Rane has a 3D-viewer-toy so maybe we can try installing LCD screen to the viewer at the next meeting. I'll bring the parts to the next meeting. I completely took the HMD off, so I have all the parts -do we need any mirrors or lenses? I can bring them to the next meeting.... (I'm pretty sure the electrics are OK, but I was curious about the optical system -the lens etc, since that's the most sensitive/hard to adjust part of the HMD...) Are you all like the idea of making HMD for ourselves? The advantage of building our own HMD is that we can make it totaly our way -where to put what, the design, the way it displays etc etc. Those Sony or Olympus HMDs only takes video inputs, not the VGA (HD15 jack) so we need video outs of computer anyway.... A cheap video card called "All-in-wonder" has a video out (NTSC I guess, "TV out" it says.) they sell @ $50 a piece. so if we have 2 computers (receiving 1 L or R video each) with all-in-wonder, connected to L and R LCD screen, then that's all we need. -I don't know if Windows supports multiple monitors (not mirroring) like Macs do. If it does, we can just put 2 All-in-wonder to one machine... I game for Thursday. Yes I agree... we need to start getting the nuts and bolts of the paper and all that stuff down for... is it the 23rd of this month? Anyone heard from Phil? I have been spending this weekend relaxing with the family and getting back into the BA pace. Tomorrow I'm going to put everything back in motion. Look forward to it. tomonori: Mics, LCD, Sweets, Wine (no?) a little knowledge about binaural http://www.binaural.com/ http://www.binaural.com/binfaq.html http://www.soundprofessionals.com/binaural.html -interesting -loud music recording require high power source for the mics. http://www.core-sound.com/lcmics.html http://www.cogsci.kun.nl/~miami/taxonomy/taxonomy.html -paper http://www.cogsci.kun.nl/~miami/taxonomy/node108.html -binaural http://www.neumannusa.com/ku100.htm -The Dummy head by Neumann. http://www.aes.org/ -AES http://www.headwize.com -all about headphone listening a cool gadget I found -stand alone web server in-a-pocket. Picoweb -What it is Stand alone web server that costs $99. It has RJ45 and RS232C port for Ethernet and communication. -What for This is a stand-alone web server -it makes anything work as a web accessible device. It comes with 8 Kbytes of flash program memory, 512 bytes of EEPROM, 512 bytes of RAM, 32 I/O lines, and a built-in UART. All sources are available. -Costs $149 development kit comes with development board (connects with RS232C) and software. It draws quite small current, so it can run on battery. -alternative check http://www.chipcenter.com I heard Rane is going to have BBQ at her place. when? I still have a bottle of reserve, but maybe I should keep this until the BBQ. see you all tomorrow. 7pm. Also, I made some binaural recordings, converted them to real and wmt format and will have them up tonight as 100k and 200k streams and downloadables. I also have the first 3D (which really isn't that 3D) video converted to Real and WMT so those will go up too. I'll have the Spreadsheet of milestones finished up tonight as well and e-mailed out by tomorrow the latest! Has Phil confirmed his meeting with us this Thursday? I have a "company meeting" until 5:30 on Thursday so I might run a little late, but no later than 7:30. http://shop.outpost.com/cgi-bin/bv.cgi?BV_EngineID=falikilhilhbedbfickcln. 4&BV_Operation=Dyn_AppdRecv&BV_SessionID=534472990&form%25destination= %2ftemplates%2fOutpost%2fproduct%2fproduct_detail.tmpl&form%25destination_type= template&BV_ServiceName=Outpost&form%25bv_content_content_oid=193265 Here's the Milestones Spreadsheet I promised. Take a look at it. Add whatever you need to add. Don't worry about formatting, I can compile the final one with whatever you send back to me. If you have problems viewing the .xls format, look on the site under the "project" tab for a PDF downloadable version. I was hoping to get some feedback as to what you wanted to do from November 2000 through June 2001. I was then going to fill in the blanks on the spread sheet. Maybe 2-3 items for each month. It's a requirement for the paper which is a week away, so if you could get me your items this weekend that would be great. Pretty heavy stuff. I'll have something in writing soon. I'll see ya all Thursday. What's up with the other group? We haven't heard anything from Dianne, Mari and David. I think we need some kind of interface to do something in the contents level, for both camera guy and the other HMD guy. (maybe for "general viewer" too) Maybe serial, parallel, USB, ADB or something like that, some weird mouse-kind interface for pushing buttons or giving electric shock to other people. (hehe) This is an important part of our project, since the good interface creates good illusion. (please somebody rephrase this in normal English...) Anyway, I believe our project is divided "physically" by: 1. 3D Color Camera (what's the "code name"?) 2. PC unit or some kind to mediate camera and server ("codename"?) 3. HMD for chosen viewer (again it needs "code name") 4. Interface 5. Server, Hub and other backstage system (I don't know how to divide this into piece. needs suggestions.) And, divided "virtually" by: 1. A/D, D/A parts (Camera and microphones to digital out, HMD, video cards etc) 2. Streaming media (server, network, software) 3. "Controls" (interface, signal, and devices that are controlled.) as, 1) Analog layer 2) Digital layer-(Digital, high resolution) 3) Stream layer -(digital, streaming (multicast etc) ) 4) Control layer-(Digital, low resolution) 1) = layer 1, 2) = layer 2...... Layer 1-Analog-------Camera(go down) HMD, Monitor, Headphone Layer 2-Digital------PC Unit(go down) (Video cards etc) (go up) Layer 3-Stream ------Server==================>>>receiving unit (go up) Layer 4-Digital------control<<<=============>>>control (independent layer) (I don't feel right to make control just one layer. maybe needs to be laid out like top three, making the chart more complex....) errrrr, got that? I mean, we have 2 pipes: stream and control, RSTP (or some kind, right?) and HTTP (or some kind of low speed, general packet forwarding, send in chat, Timbuktu, CGI etc) For the video testing, we use video cameras, which requires microphone preamplifier. I believe we use some type of PC so we may not need one for the real unit. Now, does anyone have a portable audio equipment such as portable cassette recorder, Mini Disk player/recorder, or something like that. By using those in "record mode" or "record ready mode", we can use them as microphone preamplifier. it's not hard at all to make microphone preamp, but It'll be much easier this way. I can grab a microphone preamp from our studio, a half rack type, and maybe it works with batteries for short time, so I'll use this if I can't be ready for the shooting. Siggi and Rane, when are you planning to do the next video test? Here's a hardware and software list. Prices are accurate as of June 2000. Cisco Aironet Wireless LAN Access Point (AIR-AP342E2C) - $1300 Cisco Aironet Wireless LAN PC Card (AIR-PC342) - $250 Streaming Media Server (based on Real Networks Requirements): Micorsoft Windows NT 4.0 Server, Dual Intel Pentium III 500+, 256RAM, standard harddrive (4+ gig), keyboard, monitor & mouse. - $3000 Workstations (based on group memeber requests): 2 Windows NT 4.0 Workstation, Pentium III 500+,128RAM. - 2 * $1900 = $3800 2 Apple G3/G4 128RAM. - 2 * $2400 = $4800 Access to Bandwidth: 120kpbs stream with 10 streams = at least 1.2 Mbps Wearable Computers (based on VIAIIPC and Wearables): Windows NT 4.0, Cyrix or Celeron 166-230, 64-128RAM, 3.2GB Harddrive, Interface, Display. $3500-8000 One of the two following Notebooks (or equivalent): 1) Sony VAIO FZ505 Series notebook. It has Pentium III 500, 128 MB RAM, 12GB harddrive, 12" display, is 1" thick and weighs 3.75 lbs, 1 type II card slot (wireless LAN) and 2 USB ports (which only windows 98 can use). $2800 2) VAIO PCG-F490 selling for a PIII 650, 128RAM, 15" XGA TFT Display, 7lbs, 2inches thick, 18GB drive, and 2 Type II card slots 4xDVD. $4000 Head Mounted Display: Sony Glastron Glasses PLM-A35 - $500 Cameras: 2 Color Surveillance Cameras - 2 * $250 = $500 Audio: Mic PreAmp - $200 Headphones - $100 Software: Streaming Media Server - Real or Windows Media. Web Server Software - Apache, UNIX, Netscape. Visual Content Creation - Photoshop, Fireworks, Dreamweaver, Premiere, RealNetworks/Windows Media Production Tools. Audio Content Creation - Soundforge, ProTools, Specialty Software http://www.ask.com/main/metaanswer.asp?MetaEngine=AltaVista& logQID=284B34F4DB8DD411A828009027732680&qCategory=sale&qSource=0 &frames=yes&site_name=Jeeves&ads=&MetaTopic=Re%3A+Logitech+ USB+Cameras&MetaURL=http%3A%2F%2Fwww.usb.org%2Fforums%2Fretail%2Fmessages% 2F1022.html&EngineOrdinal=1&ItemOrdinal=4&ask=can+i+connect+2+ usb+cameras%3F+metasearch&origin=0&MetaList=http%3A%2F%2Fwww.usb.org %2Fforums%2Fretail%2Fmessages%2F1022.html&x=21&y=7 It says it's possible... If we don't need 2 PCI Video Capture card, that'll save lots of space. -Make the box with Motherboard, Wireless Card, CPU, RAM, HD, and battery. ----diagram----- I don't know what kind of diagram we need to put on the paper -I kinda did the "network" flowchart. "flash" version -need some sound or cool animation? I'll add them later. http://www.haywire.csuhayward.edu/~tyamasa/project/diagram.html here's the GIF version so you can grab. http://www.haywire.csuhayward.edu/~tyamasa/project/1.html http://www.haywire.csuhayward.edu/~tyamasa/project/2.html http://www.haywire.csuhayward.edu/~tyamasa/project/3.html http://www.haywire.csuhayward.edu/~tyamasa/project/4.html What do we need more? and what format? May I should make more "block" like diagram rather than picture diagram..? a picture of portable unit? –go translucent and mouse-rollover description of each components such as CPUand battery? should we talk about network structure, such as UDP, with some API and Application laid on top of it? I don't know how technical we should go. I have had a bad experience with presenting a project when it's in it's very early stages. I guess that's why I'm nervous about it. Although feed-back is always good, it might also have a negative impact. I am willing to do it, and don't need to do it. What do you think, Tomonori and Christian? If we need a particular block diagram, let me know. I'll make it up and upload. Presentation: we don't NEED to do it, right? We sure can show some cool gizmos, parts and junks, but I don't think they're so impressive from the "multimedia project" kind of view that few teachers think (and they're pretty good at that, right Phil?) -what we have is pretty technical all right, but still need killer contents to blow them away. I read your theory paper. Lots of good stuff. Should we include it with the proposal? Ok, so I've integrated Tomonori's graphics and Rane's writings with the original paper. I've updated the dates, terminology, etc... I think it's a really good paper and Rane I liked what you wrote. Tomonori thanks much for the graphics. I've attached a Word version of the doc so if that's a problem let me know and I'll get an HTML version up as soon as possible. The "almost" in the subject is in reference to the appedices.... According to Raquel we require some additional information. I'm including them as appendices: Appendix A - Milestones Appendix B - Software and Hardware list. Appendix C - Criteria for Evaluation Appendix D - Member Responsibilities I'm still working on Appendix C and D... I'll pull responsibilities (D) from the milestones. Please send any specific recommendations for evaluation criteria (C) and please also review the paper and send me any feedback. Sorry for the short notice, but I need some feed back by tomorrow so that I can hand in the proposal Thursday night on my way to class. By the way... its 13 pages without the title page or appendices! Oh yeah... watch out David! HERE COMES MINDFROG! Did you hear that handspring is going to release a cell phone pda combo by October... tech gadgets are coagulating... beware A couple of updates. 1) Plastic I asked my buddy boss about the "Plastic job." A guy works in the back of AE building, I left the memo with his name in the studio so I'll give tomorrow, he knows about plastic jobs. (I guess he is a part of Art department.) Also, a company called Tap Plastic, just off Marine Blvd or something, San Leandro or somewhere near, does all the plastic job –They have everything we need, they have press or any other machines. And they also have junk plastics that somebody dumped, we can get them for free! 2) LCD Display This time the LCD I'm talking is not the small one, but a display for desktop computer. I went to CompUSA today, and saw a internet appliance made by http://www.netpliance.com/, $399 one-box computer (LCD with piggy-back computer) I thought, maybe, we can get the LCD out of that box and use it as normal LCD screen. It's good for the "server" computer we're going to have (We will have a server box in any case, unless we go Laptop-server) and a LCD screen is kind of cool. And light. I don't think I've seen this here, but it is pretty neat: http://www.linux-hacker.net/iopener/ These are indeed neat, and seem to really be taking off, though perhaps not how netpliance, inc. expected. People everywhere are snapping them up and hacking them into x-terminals, linux workstations, etc. Development projects are springing up, and people are already selling conversion kits. There are talks of {net|open|free}BSD, networking options (PLIP, USB Ethernet), and a lot more. From what I've been able to ascertain, the majority of Circuit City retailers are out of stock, with no ETA on the next shipment. I don't know of a single source within Michigan at this point. Shipping is $39.95, for a total of $138.95 direct. I anxiously await the arrival of mine. Further resources, in addition to http://www.linux-hacker.net/iopener/ : http://www.netpliance.com/ The manufacturer. Ordering direct, general company info, general info on the appliance. http://www.i-opened.com/ The parts. Custom IDE cables, if you don't care to hack your own. External VGA port/cable, more. http://www.higuchi-clark.com/iopener/ Everything you ever wanted to know. A collection of information, opinion, advocacy, and more. happy hacking*, * http://www.pfuca.com/products/hhkb/hhkbindex.html
-- Jeff Godin Network Specialist Traverse Area District Library / Traverse Community Network jeff@tcnet.org - 231/932-8546 voice Thanks for the feedback... as you will see Rane, I cut and pasted your eval reqs into the paper and added some nice wrapper around it. Thanks for the specifics. I've attached both the milestones and proposal docs to this e-mail.... the milestones fit in as page 15 in the proposal. I'm printing everything out tonight and won't have a chance to revise anything for tomorrow night so any revisions that pop up we can address online and in future paper revisions with the committee. I'm uploading a PDF version to the site tonight. We're going to stick with our Thursday meetings (I think). And meet with you, Phil, on the off-forum nights if/when we need to. Phil, is Thursday out of the question for you? I forget. When do we meet as a group for the grad lab? I'm pretty sure I can send a better version of the one I sent before –the current one just look HTML, no fun. I'll add sound and stuff, so you guys can see if it's better than "web" (html or PowerPoint) presentation. Anyway, we will plan about it on this weekend, I guess, but maybe we need to start with a flowchart? I'll make the image part ready by Saturday so tell me what elements we need to present in the presentation. I can install Flash onto mac/pc on our space at school pretty easily, using 90days demo version, so we can work there on Saturday.
**
I'm really excited about getting into the lab and doing some project work. I'm glad we got some fast computers and am open to getting some hardware to beef up the ones that seem a little slow (Siggi mentioned the Mac may need some RAM). Let me know about Saturday (Siggi I totally understand the weekend thing...I'm normally the same way I just have some time this weekend).
I cleaned our station and the counter/wall next to us.. Only dusted, cleaned with window cleaner... we do need to vacuum.
1. LCD shutter the Movie has left/right video images in even/odd line, and use LCD shutter glasses that are synchronized to the video to see it: when the right eye shutter is open, you only see the movie for the right eye.... http://www.formac.com/2k/products/product_frame.html 2. filter you see those at Great America or something, i guess: you use a cheap glasses that has a kind of gray filter. left and right has 90 degree different filter: the video of 2, right/left signals are projected using the same filter with 90 degree different, thus you seen right movie with right eye. 3. HMD (2LCD) this is what we're trying now. 4. anagram 2 videos are made in red/green, and use red/green glasses to see individual video. deep see plug-in http://ddd.com/3dsolutions/products/deepsee_plugin.html http://ddd.com/ http://www.stereo3d.com/3dhome.htm bunch of stuff, mostly PC stuff. http://www.formac.com/2k/products/product_frame.html they have a 3D glasses for pci video card for macintosh.
As far as what we will present.... I vote that we introduce our ideas with Tomonori's animation. Then segue to the briefcase and show the camera, the electrical taped hmd lenses Rane made... and then finish off with the website. Then open it up for questions. Simple. Short. I feel very comfortable going through the material if you want one presenter and then we can all answer questions... or we can each talk about one effort so far (tomonori = animation, siggi=camera, rane=hmd lenses, christian=website)... either way I think we can cover several minutes of material. Oh, by the way, I have a copy of the animation on disc as well as online. Also, I spoke with sam. His priority is manray, however he is fully aware of our desire to have windows2000 and/or NT on the 2 PCs as well as network and high resolution display capabilities on the PCs. He'll work with us tomorrow night before and after the presentations to set up our machines. I'll see you guys tomorrow night.
1. I have NO idea what part I will play in the presentation... 2. What are we presenting, and who is doing it? Thanks for the repost Tomonori... I'm going to check it out after I send this email. I think we need to meet (all of us) to go forward, the lab has kind of shut us down. So, let's talk.
http://134.154.170.164:8080/ramgen/g2video.rm Streaming "location" for Real Player: rtsp://134.154.170.164:554/g2video.rm Real Server Web Interface URL: http://134.154.170.164:28529/admin/index.html
1. ISA board (dah) 2. 95 driver is available (no NT, that's bad) 3. 3 RCA, 1 SVIDEO input 4. on-board compression of Indeo (i750) (so what) but 320/200 @ 30fps, according to the sites. One of the site confirm it does real publisher (how many years ago?) work. The board is spiked as 1994, 6 years old board. win2k had no luck. Is there 95 around, or 98 machine, which we can put 95 on it? I think there might be more 2+ video input cards around.
Started looking into the PCMCIA Cards and got some clarification from www.pc-card.com, "In the past, cards were known as 'PCMCIA Cards', but the industry now refers to products based on the technology as 'PC Cards,' 'PC Card Hosts' and 'PC Card Software,' and refers to the association as PCMCIA." Thought this might help in the search for more cards. PCMCIA CARDS: -- IEEE 1394 -- $129 - 1394-to-Go: http://www.margi.com/products/1394togo.html $??? - IEEE 1394 CardBus PC Card http://www.billionton.com.tw/product/1394/CB1394.htm
So I've been able to play the real streaming stuff off the "mindfrog real server" both from home over DSL and dial-up and from work at Cisco. Tomonori, let's keep testing the Darwin stuff it could be I just got something wrong in the URL. I didn't think it would be as easy as it has been to set up the servers... now we need to pick one and go look at some hardware cards. I've done some quick research on PCI cards will look into PCMCIA cards soon. Also, I'm uploading some PDF brochures about the Cards onto my "Christian" folder in the FTP site. -- Analog Cards -- $159 - Osp 100 (video capture only, no output): http://www.viewcast.com/products/osprey/osprey100.html $199 - Osp 200 (audio/video capture only, no output): http://www.viewcast.com/products/osprey/osprey200.html $995 - Osp 1000 Real G2 (G2 encoder on card not software/CPU): http://www.viewcast.com/products/osprey/osprey1000real.html $945.00 - Osp 500 DV; $1949.00 - Osp 500 WM/PRO; $2399.00 - Osp 500 WM/DVPRO (All these card are built for Windows Media Technology onboard encoding): http://www.viewcast.com/products/osprey/osprey500wm.html -- DV Cards -- $400 - DV Raptor RS: http://www.canopuscorp.com/products/dvraptor.php3 $400 - MotoDV ($80 just for the IEEE 1394 Card): http://www.digitalorigin.com/products/motodv.html
He's (not sure if he is a she or a he).... a pacific tree frog...
I lifted the CCD from the board. they look good... but it was hard. I would rather get smaller camera. Okay, me too... the dime size color camera, right? It looked like it would be hard, Tomonori! and, I ran sorenson broadcaster in our square. ftp.mindfrog.net/tomonori/test.mov it's streaming out from g4 close to the windows. Tomonori, what do you mean by 'our square'? I'll probably bring in the frog on Monday.. maybe Sunday, but I doubt it. I ordered a PCI oxygen card today. We do have 4 slots, right, Christian? I think we should email Phil and Suzy about money and timelines. Good idea or bad idea? I think good. I can do it.
Another quick find, The IBM Thinkpad A series advertises: "2 Type II, 1 type III" do you thank that's a total of 3 slots or the capacity to handle either 2 Type II's or 1 Type III? All the Dells I looked at online are clearly 2 Type IIs or 1 Type III. That's what I saw as well. I think it means it can handle either 2 Type II's, or 1 Type III. I don't think they'll meet our needs. Rane, did Tom S have any specific models in mind? He didn't mention any specific models. I think his needs are different from ours. He needs to be able to show 3D modeling, and is probably just talking about the 'type' of graphics cards... not the numbers of them.
I've already ordered the PCI card, though I guess I could return it or replace it. In regards to the video capture card with multiple inputs... normally those cards have several inputs not for several streams, but rather so that you can have multiple devices hooked up at once (an SVHS Deck, a Composite VCR, a camera, etc.). Not to be too snobby, but I doubt a 4-5 year old card is going to be worth installing windows 95 onto on of the win2000 PCs. Although, if there's another PC laying around... it's all free hard ware and it if doesn't take too long there's no harm in trying, right? I don't think there's any harm in trying, I also suffer from the thinking that 'new' is better... and that 'old' is obsolete. I've looked into some more firewire cards and they all run about $85-$95...although I'm not sure how real producer/server would handle that source....Also, I'm impressed with some of the new Osprey Cards, $150 isn't bad for a full screen full framerate card. In any case, I'll keep looking for cards....any luck on the 3 type III PC Card laptops? just curious. No luck. I understand that we need 3 PCI card slots... am I right/wrong about that? If so, then I can only find 2 type II, and 1 type II slots on the laptops... IBM and Dell. I looked at those on Thursday in the lab when you were installing software on the Dell. The Osprey cards, price wise seem fine. I think I'll bring our frog by today at some point.
Okay, sounds good. On another note, What does the frog eat? Crickets. It ate one yesterday after I put it in the aquarium/habitat. There are 4 more in with it right now. I have a cricket keeper that has another 12. The pet store guy said it will eat no more than 18 in 2 weeks, and that is how long the crickets will live. Crickets eat cardboard... they have some. When there are no more crickets in the aquarium, we give the frog 6 new ones. I only got five in there yesterday. One cricket seems to be floating in the water dish. Should we bring a stash of bugs to keep in the refrigerator? What if we change our name to the "dog 'n' pony show offs" it could get really expensive to buy mascots? :) LOL! That's true! Let's not change our name, okay? The crickets don't need to be in the refrigerator. I can feed/care for the frog. We need to change the water quite frequently... every other day, but the water in the grad lab seems yucky... I'll have to bring some water in for the frog. It has moss on the bottom of the aquarium that needs to be changed 2x/ month. I have more and can get more. So, what is it's name? Mind? LOL...
one with the AGP Oxygen VX1 graphics card). We'll need to download some drivers from the 3dLabs site prior to installing the card or we'll get some really funky ascii art on the screen... I thought I was doomed last night! I had to reinstall win2k with standard VGA drivers until I thought to download the win2k drivers from the site. Just thought I'd let you know incase your card came before we talked in person. Also, I found and bought a $55 firewire PCI card for my machine (now that it has win2k I can actually do some digital video editing on it)... in any case, Premiere doesn't accept the card since it isn't premiere standard but rather IEE1394 OHCI standard. So I have to use the capture software that comes with the card. I haven't tested it with Real Producer yet. It's got 3 ports so I'm not sure how that might play into the whole 2 capture card conversation... Also, I came across this quote on the realnetworks.com site regarding real system 8, "RealSystem 8 is a true leapfrog in technology. -PC Magazine" I'd say we're on to something here!
I spoke with Jon today. He is the guy who hosts the parties an Thursday nights. He is very excited about us coming down and possibly using our idea for an internal project with in the club (not a webcast) although I would like to do a webcast. The signal would be projected onto screens here and there. He says that it would be very easy to create a simulated 3-D vision using the mixer we were using by inserting a Key Channel that would Black each field of each camera creating an image where 2 cameras would render as 1 frame thus creating a 3-D image. I would still have to see it in practice because in theory there is no camera "offset" by doing that. Anyways... it seems to me dancing along the ideas that rane wanted to do in Premiere. It's worth exploring. Jon wanted us to get right down to it next week but I told him that we are not at that stage yet, but that we might come down to check the scene out and maybe have a couple of drinks. So what do you say? Maybe we should get out and check out the "real life"... for inspiration. We could meet and have dinner at first in the city. I have to be at the Forum next Wednesday so if anyone would like I wouldn' t mind meeting then if Lab time is critical. I'm going to make a Movie out of the 2 signals with the wearable that we did yesterday for our next meeting to be viewed via the goggles as before to see how it comes out and with binaural sound this time!
As an update, I have opened the other HMD and got 2 independent LCD display working as "2 LCD HMD prototype" so we can check out how things looks like. -though we need 2 independent video supply which means we need 2 video cards with video (RCA) out, for sync-ed video. no matter how we do with recorder end, it sure is much easier if we can just do it by one stream of video instead of 2 -it's just $100- video cards job, but still better than two of them, with setting each movie window up and full screen etc etc.... Anyway so I can make 2-LCD HMD thing anytime, with my metal and plastic guild skills. I'm thinking of starting Rock climbing, maybe the in-door ones. Does anybody have experience?
Here's something to look into. With Quicktime 5 being released, there's a technology/plugin that converts 2D to 3D. Haven't seen it work yet, but thought you might want a look: http://www.ddd.com/technology/tech_main_frm.htm
BTW, thanx for the Mindfrog logo Christian, I'll take a look at it. So what about this Thursday. I had suggested a loose trip to that party in SF. We could meet there for dinner earlier on and then go and check it out. Or should we just do the GradLab. I'm up for anything. Let me know.
Metricom, makers of the Ricochet modem, unveiled a 128kbps "always on" PC Card on Tuesday. They claim whenever you power up an enabled Windows based PC or handheld there is an instant connection established... "no dial-up". Pretty cool if it works... may change the outcome of the project by next year regarding wireless LAN stuff. One video signal at 128kbps at a smaller size, say 240x180, with stereo audio is do-able quality wise. 320x240 might still work at lower frame rates, 15fps. Just keeping it interesting. ;) Here's the press release: http://www.metricom.com/news_events/media_center/press_releases/2000/news001017.html
We are not doing a webcast tomorrow. Maybe we should just meet at the lab. What do you guys think. We could do This next Thursday...
Sony just released a curusoe based notebook that is TINY! 2.2 pounds and 1.14 inches thick 600 MHz TransmetaÙ CrusoeÙ processor 128 MB SDRAM 1 type II PC Card slot 1 USB port Firewire capable To throw another whole idea into the project... we could network using Sony's i.LINK technology from one sony pc to another. And use a USB camera (or the one that’s built in to this notebook) in conjunction with the red/green stuff you were working with on Thursday. Here's some more info: http://vaio.sonystyle.com/vaio_direct/75/47/6583.main.vaio.html ** Hi All, Here's some telling info about who is using the internet. Let's keep this in mind as we build up our technology... "everyone" surfing the web is on the Windows OS: Percent of operating systems used on the Internet: Windows = 92.82% Mac = 2.84% Unix = .44% WebTV, Linux, Sun, IRIX, Amiga, and OS/2 = 3.90% Here's the actual quote: "As of Oct. 4, 2000, the Mac OS accounted for 2.84% of all monitored Internet usage, according to WebSideStory's StatMarket. Windows had a usage share of 92.82% on the same date, while Unix had 0.44%. Other operating systems, including Microsoft's WebTV, Linux, Sun SunOS, Silicon Graphics IRIX, Amiga, and IBM OS/2 among others, had an aggregate 3.90% usage share worldwide." - Motion Blur Media ** Hi All, Not to be the odd man out, but I won't be able to make it into SF at any reasonable hour as I'll be running late from Cisco as is tomorrow... however, if this is going to be a webcast test then we might need someone to work the server glitches on the grad lab end. I'm more than willing to be "on call" in the grad lab from 8ish till whenever Thursday night to try and get a stream from a "satellite" PC to the gradlab servers. There's obviously the issue of bandwidth at the club, getting a camera hooked up to a PC (via firewire, analog, USB) with realproducer, etc... it might be too short notice. Either way let me know. Also, I just got handed an Aironet PC Card for my work laptop. It's very liberating to be wirelessly connected at 11mbps... I'm connecting to an access point about 100 ft away and 1 story up through 2 major walls and the ceiling/floor. Cool to see it in action. I'll try and make the Forum tonight... what's it all about? ** Hi all, I vote we call the frog "envy". It's green and everyone hates how much fun we're having. ;) I'll pick up one camera if you pick up the other. I thought about it some more and figure for $30-$40 a pop we should just answer whether or not two USB signals will work tonight. If it works we can look into how to convert NTSC to USB via a consumer grade board. Also, we need to look into video out via RCA for the HMD. ** I'm on my way out the door to get the camera... glad I checked my mail first. I'll get two of them so they're the same...See you tonight... and I like 'Envy'.... cool name ** If it works we can look into how to convert NTSC to USB via a consumer grade board. Also, we need to look into video out via RCA for the HMD. ** Here is the scoop on VREX. Their multiplexer is a $1000 which does not matter since it would not work for us because our cameras would not be able to genlock to it. Genlock is a signal reference that syncs up the cameras and locks them into place. VREX is working on a codec for live video streaming but that technology is quite far from being done. I'm going to get an analog wireless transmitter just to have as an experiment.
Sorry if this didn't make it out the first time. This is a live feed from the gradlab!!! http://134.154.170.164:8080/ramgen/encoder/live.rm Here's the breakdown. The one server with a PIII chip and 256MB of RAM crashed after only a few seconds when encoding 2 live streams and serving those 2 streams. What we can try is installing real server on the other PC and have the 2 live Streams get encoded on the PC with the cameras and then have the other PC "serve" the 2 streams... that should split the processor requirements over 2 PCs and hopefully work well. What this means is that all we have to do is find a laptop with 2 USB ports and 1 PC Card slot. Hook up the wireless LAN and we're wirelessly streaming 2 video streams. THATS EASY and CHEAPER!!!! Now all we have left is too make things smaller, prettier and cheaper! That's FUN! I guess we still have the whole feedback loop to look at... but we're definitely ahead of our milestones! I'll start looking into VoIP and other live voice chat stuff. What did ChinaNet use? We can look into 1 stream and/or 2. Maybe we offer "true" 3D for those with Our HMD's and "simulated" 3D for the 1 monitor users. If we want 1 stream then all we need to think about is interlaced or color-based multiplexing. Then build the glasses and HMD work with the wireless LAN a little and we're done. I'm excited!
Great! I like this USB direction that we are going... saves a lot of effort. Yes I do think we will need a separate server always when we go live. The field trip was actually kind of cool. It's a nice space and good atmosphere. They are called "Dimension7 or www.dimension7.com. I think it would be great venue to do a live webcast with the wearable. The have a fast connection. T1 I was told and we could also feed the signal on wall screen projectors kind of like video art and have people wear them. The new "eyewear look" I brought in today would work great. The place is not very big and crowded but kind of mellow, more like a performance space. Well enough for now...I'm excited too. I'm still not feeling confident with the last test I did as working 3D. It's a good experiment but it's hard to get it right. I'm going to try a few more things. We met this guy who was one of the guys who wrote "Flame" and he said that this DDD thing does not work. See you guys Sunday. ** Hi again, Here's a quick list of some full duplex voice chat apps... maybe we can mess around with these and others and see how they work. Dialpad: http://www.dialpad.com/ Speak Freely: http://www.speakfreely.org/ FreeTel: http://www.zdnet.com/downloads/stories/info/0,,000G9M,.html PhoneFree, MediaRing TalkÙ, and HearMe for ICQ: http://www.fwnetwork.com/voice_chat/index.html PalTalk: "Courier New";http://www.paltalk.com/paltalk/index.html ** 3D Video and Glasses http://www.i-glasses.com/Store/3dhardware.php3 http://www.3-dvideo.com/ti9809a.html? http://www.vrex.com/ http://www.vrex.com/html/multiplexers.html http://www.vrex.com/html/cam-3000c.html http://www.vrex.com/html/shutter_glasses.html http://www.studio3d.com/pages2/store_glasses.html ** Thanx for the links Rane. I'm determind to make this 3-D thing work in the simplest way possible. I'm really leaning towards the experiment of 2 cameras registered on the Z-axis and then taking them into an analog processor that blanks out every field of each camera and combines them into 1 3-D signal. I think DDD does work but not for realtime. Only for post stuff and it takes a while to compress.
What he does is he creates one black field in photoshop and another white field. These 2 get sent to the key channel of the switcher. One black and on white will sequentially mask out a field of each camera. The final composite is a signal made out of 2x1 fields cameras a and b that generates a single image which imitates the eyes. It basically imitates the way our eyes work. I'm curious to see how this happens. ** Hi Guys. I'm still trying to get through on the Multiplexer Unit. These guys are really hard to get to. But I think this unit may be the key except the "Genlock issue" . I can't Genlock our small cameras but we'll find a solution. I'll find out more tomorrow. I would like to do a "performance" at Dimension 7 beofr this quarter ends. It could involve 2-wearables usining an Analog wireless transmitter and "Video Projection in 3-D" on the walls and a live stream on the internet. Maybe tomonori will be able to do live sounds? I primarily see this as an experiment to "test our idea" and also have a little bit of fun. It doesn't have to be perfect I'm thinking Mid December. What do you guys think? ** I definitely think the end of the quarter time frame is better than next week... it gives us time to figure out how we're going to do the 3D technology. Also, analog wireless is totally cool for this quarter... it meets our milestones. :) ** Hi Guys. I am unfortunately not going to make it in tonite. An old friend from England is in town and tonite is the only nite I can hook up with him. I'm having a phone talk with VREX on Monday. They are at Internet World right now. I'm going to discuss our idea with them and see if they'll maybe throw us some equipment for free or at a good price. I think we should set a date in Dec just to have a deadline for the "event". Is everyone game for this? It would be a great experiment. It would just be good to confirm with Jon a date. I'm pretty confident right now after having read a lot of stuff on "sterescopy" (thanx Tomonori for the link) that the color way of doing 3-D is not going to work for us. It needs a higher resolution and the web is just not there yet. The shutter way to go with the multiplexer is the way to go I think and simpler in many ways too.
1. video signals
are mixed in analogy, before going to computer. 2. we need one stream line. cons: 1. receiver has to have the goggles. 2. we need to make our own "playback" software. (this is, if VREX doesn't have a software that put monitor in "3D" mode, meaning sync goggles and shutter even/odd. I think we have to do something, since there's no way for computer to tell even=left, odd=right or vice versa, the stream has to tell which is which, when to tell. Those things we can ask VREX and see if they have VIDEO stuff out.) the other important point is, we have to double check the encoding scheme of MPEG and other, in order to use video-multiplexer. If you encode the video into even-odd by left/right vision, it has be delivered keeping the even/odd lines. (sorenson, cinepack can't be used...) if there's no video codec does what we want, we have to make codec by ourselves. The another way to do multiplexer is doing it on client computer: pros: 1. video are multiplexed on client, perfectly even/odd, no need to concern about codec problem. cons: 1. we need 2 streams. 2. definitely need dedicated playback software that has multiplex mixer function. I went to realnetwork and downloaded a SDK, source code for realplayer just for fun. they have SDK for PC and Mac... Maybe we can do the "make playback software" part by making a realplayer plug-in, not making whole thing.
Also, not that it's that expensive ($50), but we should really get a sound Card for the older PII machine. We'll talk later on.
The good news is I can encode and stream 2 60kbps video streams from my dual 500 PIII. That is I am encoding and streaming from 1 machine (not using the grad lab at all). The bad news is I only have 120k of bandwidth so the image doesn't look so great... and I'm not sure if my IP address is public or not. In any case, could you go to mindfrog.net content section: http://www.mindfrog.net/project/content.htm And click on the 200k live stream link at the top of the page and see if you see two streams... If so, the other good news is that we may not need to worry about syncing the video. I've experimented with SMIL (an HTML- like language) which allows you to layout rich media like Real content. In anycase, I'm actually linking to a SMIL file, not the 2 separate video streams. In essesnce the SMIL file combines the 2 60kbps video streams into 1 120kpbs SMIL stream so the only way to loose sync is if the PC doesn't capture in sync which on this machine has not been an issue. Let me know what you think. ** So everything I said was true... but upon further inspection I realized that the 2 videos are actually about 1-5 seconds apart. I'm sure there's code to compensate... I just don't know SMIL well in enough to bang it out right now. I'll keep lookin into it. Oh, by the way, the reason I even went to SMIL is because I couldn't get 2 separate real videos to play either in the same window or in separate windows. When the 2nd video would play it would pause the first video and vice versa. I guess only one instance of real player can be playing at any time. The SMIL solution combines the streams into one stream so only one real player is needed even though there are technically 2 sources. Look forward to hearing from you guys. Back to work. ** If you take newspaper (I don't!) take a look at toysRRRus flyer. (I think. I've seen eToys, and some other ones. kinda "get ready for christmas" deal) There're some interesting stuff, like LEGO Mindstorm Digital Camera option etc, but here, look for a "kid's CamCorder" kinda thing, maybe yellow/orange color one. It's a Camera-Plus-RFTransmitter. It transmits the video signal to TV channel frequency so kids go around and shoot the video on VCR. $70 or so. We have to take a look at it, but if the Camera part is good (just like what we have, I'm curious if it has huge bulky lens unlike ours have), this is something we can hack! Watch out for toys. ** HI Guys. I already ordered 2 small color cameras from Supercircuits. The model # is PC87XS. They should arrive here by Friday if not then, then at least on Monday. Call my wife to pick them up since they will be delieverd to my house. NOTE!!! These cameras run on 5 volts or 3xAA batteries. Do not plug any higher voltage into them than this. It may blow the powerpack!!! I'm getting a digital switcher today. I'll give it to Rane. ** Christian, if you can, try using iMac/G3/G4's USB Keyboard -it's got 2 port USB hub inside, on the right and left. I tried the mouse and worked, wonder if keyboard works... oh well cheap test.
So, what are your ideas on this? Tomonori suggested that we do some filming at Dimension 7 club as footage to incorporate into our video. Siggi, we haven't yet used the mixer, though it is here. We need to have 2 independent video streams to get 3D. We need to discuss the imple-taken-for-granted stuff we have.. such as why 3D? And leaping from mind to mind. What else can you think of? Forget the theory – it seems as though no one cares. Anway, get back to us.... and let's continue this discussion. We have to leave time to create the footage and to edit it.
When we say "mindfrog", the first word comes up is "communication" no? Having that on top, we can talk about 1st person experience that the Internet makes possible. to get realistic experience, we want 2 video/audio streams to "fake" the reality. Thus we use 2 cameras, 2 icrophones delivering 2 video/audio streams to client's 2 LCDs/Speakers (headphone) There're some other approaches to "communication" and internet", using sensory other than Audio-visual. The Internet networks people. Faster Internet connection can be a "nerve", the nervous system that connect/cross-connect people's sensory, delivering "what they feel" other than "how they feel." I'm thinking of a simple device that transmits and receives simple parameters through wireless network, with sensors and feedback device. When the Internet infrastructure is truly implemented, where we can get a connection wherever we are -in a car, a hotel, even on a street, this device can be used for many purpose. conversion of input is another interesting topic. I saw in an animation, that they try to convert a feeling into another -for example, changing "pain" into "scratchy" or something. When there's a pain to measure, but you don't want be put in a pain. If you can convert the pain to something else, you can easily accept and say "how scratchy" other than "how painful." The animation was about A-10 nerves and those brain stuff..... So, we don't NEED to deliver how fast the guy is moving to the other guy, instead we can deliver it as an other parameter, maybe by the tempo of music... I know we can transmit MIDI over the internet on Mac/PC. And there're some "cigar box" Linux PC around. (hey PDAs are Palm size!) we can develop the sensor/feedback device with internet capability -the part we work on is the hardware/software, not the building-a-PC part. The Springboard for Handspring Visor will be nice... (but they are not yet "wirelessly" connectible) it can be wireless/wired... (when the feedback device is a desk-size, there's no need for a wireless machine...) just a thought. ** update: the analog transmitter thing will come on 21st. I went to the hardware store in Hayward but couldn't find some tiny volts and nuts for mounting the camera. They say I should go to the hobby shop where they have mini-train stuff. There should be one on Hisperian, but any idea? For this time, I want to use 1mm or thinker brass or aluminum plate with nuts and volts so we can "fine-adjust." If I get the parts I want, I can make the "camera-glass" in a day. Hey, we should start thinking about Christmas break. All the classes should be over by 12/10 -the presentation is on 6th, Wednesday. When is the presentation for the committee? ** Can I know when you guys take break, so I know what to do during the break? If I have more than 2, or 3 weeks, I may go to Japan for the christmas/ new year. ** Hi... It's okay with me if we don't meet for a couple of weeks over Xmas. Who else is planning on going away?
http://www.mindfrog.net/workspace/frogProto.html any particular action you guys want? (dance, jump, "bud-wei-ser"?) ** I like the frog.... NO on budweiser... ** Hi All, Sorry for the late notice but I won't be able to make tonight's meeting. I can say that I've tested my Toshiba Protege 7200 labtop with a powered USB HUB and the 2 logitech cameras and can stream at 2 x 50kbps streams to my Dual PIII machine. The obvious draw back is the 2 cameras require that the USB HUB be powered Which means another quick draining battery pack. The good news is we could demo a crude wireless video stream (with AC/DC power cords) if the wireless LAN is working in the labs. Also, I just yelled at my computer guy to have him e-mail me a written quote so that we can soup up the pentium II machine. We need to decide if we want a dual PIII 800 or a single PIII 800 etc. Let me know if you want me to send the cost chart again. (Ballpark numbers are $1000 for a complete dual PIII 800, 256MB RAM PC. $750 for a single PIII 800.) In any case, I think I'll have the quote by tomorrow so we can order the upgrade in time for the demo next week. I'll be at the labs Thursday and over the weekend. Let me know what you think about all of this. Enjoy the evening and I hope you all had a wonderful weekend. ** Hi all, About Meeting this week. I won't be able to do it Thursday... I could meet tonight or tomorrow night or we could double up next week. Regarding Christmas, I'll be out of town December 21st through January 1. Siggi, glad to hear the trip was worthwhile. Tomonori, thanks for putting all the work into the frog and presentation. Maybe we could brainstorm ideas for the presentation even if we don't meet this week. ** Hi all, Here's a potentially relevant write up on a company that measure the Quality of Service (QoS) of media streams. They can show where a stream get's bottlenecked in the network etc. It's higher end than we might use on our site but we may want to address issues like QoS in our project. http://www.streamingmediaworld.com/gen/reviews/keynote/index.html ** So, tomorrow is the thanksgiving or something, right? (haha.) No meeting I guess. Then we have the thursday next week and that's it. you guys think we can just shoot the video next thursday, then mix and finalize them onto a VHS by the presentation? (a week to think about, a day to shoot, a week to mix down) Sounds reasonable. ** So, tomorrow is the thanksgiving or something, right? (haha.) No meeting I guess. Then we have the thursday next week and that's it. you guys think we can just shoot the video next thursday, then mix and finalize them onto a VHS by the presentation? (a week to think about, a day to shoot, a week to mix down) Sounds reasonable. ** Whatever video we want to do for our presentation. It's no problem. Yes we can do that. ** bad news: or temporally out of order: the TV transmitter thing doesn't work like charm. It kinda tune in, but not completely. This could be because of the BARE WIRE I used for TV capture card as kind of Antenna, I can try with real one later, or the power supply, maybe too hi/low current. I'll work on this. good news again: In our invisible cubicle, I saw a white box with two antennas named as 'cismo' or something. ;) it's there. ** HI Tomonori/everyone happy turkey day. It sounds like you really want to go home over the holidays but are maybe a little reluctant because of our project. Do what you want/have to do. I mean I had to take 2 weeks off for this gig in Asia. It was a lot of work but fun though. I'll tell you more later. I'm still just recupperating. I'm on a different time zone so I usually get up at 3am. One thing I did not have any time to do was to do some research on electronics while in Singapore. I absolutely worked all the time unfortunately. Maybe you Tomonori can continue doing some research while in Japan (if you go) on electronics because they have some stuff over there that is not available to us here. I'm mainly inerested in finding smaller cameras than what we have. Maybe they exist on the black market...Maybe we could kind of do a list of equipment stuff that you could research while there. I'm wondering if we could meet this Tuesday too. Since we are on the final stretch. I have to teach Monday night. But all the other nights are available. ** Anyway, I thought of going there from 12/15 or so to 1/4, 3 weeks. But if we don't do much thing on the week after the final, I may just leave since I had nothing else going on other than this project. Yes I can do electronic search but this is more like finding parts, circuits, DIY stuff, half-broken laptop etc etc, I already looked for a smaller camera this summer but they said there's only pin-holes that are tiny. About the tiny-ness, do you think the size of the lens seems good? One other thing we didn't do is to *cut* the CCD off the board and do the trick, not by de-soldering it. All we need to extend is the distance from the camera mount position to the back of the guy's head, right? (not as far as waist) But this is so far the only thing we can try with those cameras I guess... We can still finish up the first generation "capture system" and continue working on/to make the smaller cameras. I'll try to mount the Color cameras onto something by next week so we can see how it "looks" like. (Rane, I can't find the tiny-enough nuts'n'bolts. Can you find some on your way to the school?)
** take a look at the pictures. I mounted (not tight!) one of the color camera onto the visor thing (I saw the name on toysRus ad, but forgot) It's not completely aligned, it needs a plastic job a little. We'll talk about that and see how to do it. I have some metal plates, metal tools, metal saw, and a drill. e-lectric drill. the movie thing I uploaded was meant for splash of web site. I'm still working on it.
** http://www.x10.com/products/product_list2.htm so I don't see the difference of DVD thing and VCR thing. BTW, the "big picture" thing on the bottom is like Scan converter/ transmitter receiver. interesting. So, if this DVD or VCR anywhere thing work for 2 that'll be great. just one will do for now. Should I order two of them? I'll ask them tomorrow if they have a switch or something for tuning them so they can co-exist. ** http://www.x10.com/products/product_list2.htm I bought DVD anywhere, 2 of them. They have 4 channels to tune, sooo we can send 2 separate movie independently. coming on next Tuesday. ** http://www.akizuki.ne.jp/video.html this page has a pre-made composite-RGB circuit. they also have RGB-composite circuit. meaning you can lift G and B to get R, that Siggi was talking about. So, suppose we have two color cameras, the question is, do we still need some kind of mixer or just "solder" two camera's R and R, B and B to get R and B pictures? I'm looking for a way to hack into NTSC now... either doing it in raw NTSC or after converting it into RGB...
** Hi All, I've ordered two USB capture devices from Belkin. The USB VideoBusÙ and the Belkin USB VideoBus IIÙ. The USB VideoBus converts composite or SVHS video to USB. The VideoBus II adds stereo audio input. If all goes well we might be able to hook up the green headset with binaural mics to the laptop and stream the signals wirelessly. Howeverm, after last nights test we probably need a faster laptop to do 2 streams with audio, but we should be able to do at least 1 video stream. I've included the URLs to the product description but incase the long urls don't work, here's how to get there. Go to http://www.belkin.com/ Click on the "USB" graphic Scroll down and Click on "Multimedia, Mice And Keyboards" USB VideoBusÙ: http://catalog.belkin.com/IWCatProductPage.process?Merchant_Id=1&Section_
Id=38&pcount=&Product_Id=21018&Section.Section_Path=%2FUSB%2
Belkin USB VideoBus II: http://catalog.belkin.com/IWCatProductPage.process?Merchant_Id=1&Section_
Id=38&pcount=&Product_Id=88962&Section.Section_Path=%2FUSB%2 ** http://www.ibpstl.com/lahome.htm What is an Ampere-Hour (A.H) Capacity? Product of amps multiplied by time. It refers to the volume of electricity that can be drawn from a battery. Other things being equal, higher ampere hour capacity batteries will run a truck longer than those with lower ampere hour capacities. A.H. capacity of a battery depends on the number and design of plates per cell. battery life. So for USB Hub (2.4A) if we use 2.4A.H battery it works for an hour. (but I don't know how much current the device draws.)
....../3rdProto2.jpg ....../3rdProto3.jpg ** k, So the final word is this. If we can squeeze all this new gear in the same case a Dual PIII 800 256MB RAM upgrade will come in just under $1000 parts, tax and labor included. If a new case is needed the price pops up to $1130 parts, tax and labor included. If we need the case, York would let us pay the bulk with the school credit card (which has the $1000 daily limit) and we could pay the $130 difference. I've attached the invoice which locks in the price for a couple weeks. Let me know what you think. I can fill out the paper work and get the machine worked on over Christmas break if you'd like. It might be cool to come back to a kick ass server. I'll see you all on Tuesday at 7 in the labs for Wednesday's prep work. I have a meeting that goes till 5 so the earliest I'll be at CSUH is 6:30. Maybe we can work on the wireless lan tomorrow night. ** I got the NTSC to USB capture cable. It works really well except for the audio is SUPER hot. It may be a mic/line level thing, but the capture cable has 2 RCA's so I assume it's a line level from the camcorder to the capture cable. In any case we can check it out tomorrow. The good news is that with NTSC to USB we can at least demo a wireless signal from one camera on the "cool" green glasses with the binaural audio. The unit is pretty small (about the size of a pack of smokes plus a USB cable). I haven't tried two USB captures as the HUB is in the gradlab. In anycase, see you tomorrow night. ** http://www.nipron.co.jp/products/battpack/remove.html sorry, japanese page. They have a 5-inch bay size UPS. 2*12V package to make 24V for the computer to work. simple. From the data they have, we just need 2.2Ah 24V battery to operate a desktop. certainly do-able. there're some desktop PC with microATX form, which has one-5-inch bay, 1 (or 2) IDE bay, and 3 PCI slots. we can use this as portable unit... the Pocket PC thing "espresso" looks interesting, but it doesn't have PC/PCI slot. they use USB-to-Ether thing to get it connected. doesn't sound good. But somebody has to make one of those... Just tiny minimal PC with external power supply... ** So, I was riding BART. I was clarifying the whole system we have. ----------------->basic view of our project<-------------------------- We want the video goes producer and server. that's simple. We have analog signal needed to be digitized, serialized and packetized. In addition, we need the packet transmitted wirelessly. simple. components we need: 1. Analyser camera. 2. Digitizer (A/D) PCI card, USB converter, etc. (this simply digitize the strength of light from the CCD.) 3. serializer small microcomputer that "multiplexes" the signal. the microcomputer sends signals for CCD to point out one of the sensor array (X,Y position of tiny light sensor) and receive the A/D result from digitizer. 4. packetizer small microcomputer that makes signal into packets. Meaning, bringing "data" from Application level (layer 3!) to physical layer (layer 1). Meaning, take some bunch of data (sample size, so to speak) and put header data (like destination, origin and checksum) based on TCP/IP or UDP rule. 5. Wireless transmits/receives Packets. Ideally, think of our Cisco base-station to base-station (Apple AirBase to AirBase works too). 2 boxes with a Ethernet jack and an antenna each. ---------------->trend (wireless)<---------------------------------- Christian: "...everything wireless..." (from our presentation) I went to CompUSA and saw a Intel's "wireless USB connection for home PC" thing. ("Intel AnyPoint Wireless Home Network Products" http://www.intel.com/anypoint ) So what we really need *at this point* is a box that can transmits signal wirelessly. Analog wireless, wireless LAN, and homeRF (bluetooth etc for small range...) 1. Analog wireless cheap, "***" (what do you say when the signal slowly go bad, against wireless LAN that cuts off right at a point) insecure, interfere with other device (no much channel. "frequency multiplex" as oppose to "***" (something! we learned at Telecom class! packets!) 2. Wireless LAN expensive (at this point) more channel (unlmited, or, more for low bandwidth, less for high bandwidth) secure. 802.11b or CDMA (wireless LAN or Celluler phone... so to speak.) 3. low power wireless LAN doesn't exist yet (bluetooth chips and FCC rules are ready.) cheap (it should be.) the next generation for home appliances. --------------->system configuration<-------------------- The test we did is one of the way to do this. Camera spits out Analog signal, goes to Belkin converter, which just converts RCA to USB, the computer digitize (driver) and packetize (producer). What we don't necessarily need is the LCD screen. The other way to do is get the Espresso" thing as portable unit. list of things we use: Camera, Belkin USB cable, Espresso (producer), USB-to-Ethernet, Cisco Base station, (wireless here) Cisco Aironet card, Laptop (router, receiver, or possibly server), Server (desktop type if necessary) In this way, we use base station as portable Ether-to-Wireless box. it should work. we can use Apple AirBase too. (AirBase to Cisco should work...) we do in this way (computer-in-the-middle) since it's much easier and cheaper if we use video compression in normal (portable) computer, not by hardware. (I guess... we need to look into "hardware video compressor". If we can get some budget, we should definitely go search for making a box that does all.) Video is a most bandwidth-consuming type of data from anything else. Bluetooth etc are interesting and cutting edge, but since they're designed as "home appliance networking", the range is not so big (3 meter to the size of the house) so it may not be suitable for our purpose. ---------------------><--------------------------------------------- We're making the model. Using pre-existing products daisy-chained. If we have enough budget, we should definitely go looking into making a stand-alone model. We can still do this with less painful way, using pre-existing operating system (so we don't have both hardware/software pain.) (in depth, for example, using small portable linux computer, not the microcontroller that we have to program in assembling language...cheaper and smaller but hard.) (uCLinux and uCSimm is the SIMM-RAM board sized Linux computer, that's as small as it goes.) ** http://www.advantech.com/epc/products/index.asp?category_name= Single%20Board%20Computers something like those are so called "embedded computing" stuffs. They're smaller than ATX or microATX. some can run on Celeron. A bit pricy ($700 for a board) Advangate is that we can use PCI for those, and they have PCI-riser, L-type PCI slot extention for reducing space (so the board and PCI card go parallel.) If we want PCI and not want the screen and still look for small, this is the way. ** http://www.yokogawa.co.jp/MAT/english/products/ip/ipv8532.htm this, a camera and a Cisco or apple base station as a portable looks pretty small. this machine spits out video through it's 10baseT jack. Video is accessible via http. .....so, can real server use this kind of signal as input? (like pulling-up from the source) or it should point-out the server? (I don't really know how this output looks like on the client... I have to research on that. If this works just good without real system, that's cool -if we need two video source, we just add another and a 10baseT hub...) kool. ** http://www.studiomoon.co.jp/welcome/html/020102.htm this is how it looks like. you can control panning (up, down, left, right) and zoom via web. they use java applet for web browser viewer. well, it's slow. I don't know how they can achieve "15fps" with this thing... ** custom linux-serialCamera solution Arial;such as this: http://www.uclinux.org/ucsimm/ can be the brain of the portable machine. (if 16Mhz is good enough...) it's got a Ethernet, Serial, I2C (high speed serial, for inter-communicating microprocessors) There's Real Producer for Linux... They use this as a brain for IPphone. (look at their website.) How about video? ** News from Tokyo – I got another TV transmitter cheap, and NTSC-to-RGB, RGB-to-NTSC converter, IR transmitter (for b&w *night* vision) now, here:s the good news.I found the *FBI* camera, 7 or 9 mm diam, so small. this is the *fiber optic* camera. 1M fiber optic cable goes to a match-box that has video out etc. cool. the guy at the shop said that the Japanese version of FBI really use this . bad news. awfully expensive. $800. (the other shop had similar one at $1200) I would, include this camera in the proposal, and say we:re sure it looks great, and not really do it ( until we meet an Angel that supports us, who can get 2 of those for us. there:re some *lipstic* camera, but they:re some $500 range. up to $300: small *box* type camera $500 up: lipstick $800 up: fiber optic I guess this is the vision. One shop had the 3D *video adapter* thing for the camcorder (the one that does sutter job with mirrors, before digitizing, the one we saw on he website. It looks good, the shop also sell 120hz (shuttering at 60) hi-frequency TV too. the 3D adapter thing, has the same problem we had -it has to have *focus* of 3D set manually. So, when the focus is set to 3meter range, the things in front is little hard to see, (sticking out) www.j-3d.com product name *Nu-View* ** HI Guys. Sorry for the long e-mail. So this is a run down of what happened at the Streaming Media Conference and all the issues me and Tomonori talked about. There wasn't much good stuff going on at the SMC. At least not stuff that relates to us. Most of best stuff was happening in Mpeg 4. That is a codec that would ideally work best for our purposes. Best quality for the bandwith. It's also the codec of the future. Mostly some companies were doing live stream videos to a PDA via Wireless LAN. It should also work via cell phone. Go to www.packetvideo.com http://www.packetvideo.com/press/pr11172000.htm for more on Mpeg 4 www.phillips.com Phillips sells Mpeg 4 encoders for the mere price of $25,000. Unfortunately Mpeg 4 is still in it's developing stages and I believe that it is not sopported by real but mabey with quicktime? Me and Tomonori discussed that although we are able to make our eyewear look 3-D via 2 LCD screens in HMD, the client will not have those kinds of units. We are exploring 2 ways to go. One is to do an analog color offset of the 2 signal R-G/B and B-G/R for the red/blue technique. Or to do it the shutter way. On the shutter technique we would write the buffering code in Java Script for the server side and then a Java code for the Client side. The Java code would control either the color scheme or it would control the frame rate cutting out the odd and even frame of each signal to create the strobed look. WE both discussed that since we have only a limited amount of time left that we should revise our plan/flowchart before we go into the winter quarter and come up with work plan. Other Issues Should we buy a laptop or Create our own Single Board computer platform for the wearable? The quality of USB capture VS using a Videocapture cards. We should test the USB transmission on a desktop and also test the signal via VideoCapture Card. We also discussed that we should make a single camera unit to test that properly and start creating Content for the final model. Finish Business cards. Research of coming shows for this summer 2001 where our project could go. Siggraph? Brief Summary for research. Mpeg 4 standards Laptops VS our own wearable. Business cards Motors to control the cameras for the 3-D at 3 diferent object distances. Up-Close, Medium distance, Infinity. Lastly if you guys want to meet over the holidays I can and would like to. I know you are swamped Christian. ** Hi All! I just popped into the labs to install our new Real Server. We now have a true work horse of a machine. As discussed we used our "lab fee" funds to upgrade to a dual PIII 800 MHz, 256 MB RAM. The motherboard and RAM run at 133MHz... it's fast. In a last minute decision, I spent $150 of my own money to upgrade to a 20 GB harddrive running at 7200 rpms (the old drive was super small, 3GB, and super slow, 4000 rpms). Since we used our lab fees, we can divey up the 2 processors, 2 ram chips, and mother board at the end of the program. I'm assuming the Oxygen video card will stay with Rane and the harddrive will stay with me, although I'm sure we can work something else out if need be. Also, I have all the old parts in a box in the labs as we'll have to put the PC back together as it was when we got it... not a big deal. Also, the only application I installed is Real Server G2. Let's talk before we install any other apps. Don't want to drain to many resources. I hope all of you had a great break. I got to see my niece in Peoria (where it was 20 degrees below zero when I arrived). The lab is a little disorganized for my flavor so I'll be in later this week to clean up a little... I'm not sure when. I'll see ya all in class Thursday night. We can resync and proceed onward with new meetings. Talk to you later!
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