While casting about for interesting technologies that run 'close to the metal' with a view to finding an efficient platform for wearable computing,
the F21 chip and the Forth language have caught my attention: http://www.ultratechnology.com/f21.html
The MIT work on exokernels also looks appealing: http://pdos.lcs.mit.edu/exo/
| The MIT Wearable Computing Web Page |
| ISWC - International Symposium on Wearable Computers |
| www.eyetap.org |
| wearcam.org |
| Wearables Central (Links & News) |
| One-Handed Typing Devices (Tech Review) |
| HandyKey (Devices) |
| Helmet Displays In Aviation (US Army) |
| The Department of Cybernetics, The University of Reading |
| The Department of Cybernetics, The University of Reading - Professor Kevin Warwick |
| Dr. Bruce H. Thomas |
| Wearable WebRing (I'll add vectorstream.com to the ring when it has more to show for itself than just a bunch of links) |
| Extreme Computing's Cyborg page - check the 'Regional Cyborg Groups' page |
A tiny fraction of the links out there on wearable/cyborg tech are displayed here..
If some links break, let me know, I have some material archived in case it moves.
Anyone in Sydney Australia interested in forming a 'cybernetics'/'wearable computer' club? (or know of one that already exists?)
email me: julian @vectorstream.com
Genetic privacy? *shrug*
It takes more than just a biological blueprint and circuit diagram to reconstitute a cyborg.
Cloning or genetic modifications shouldn't hurt the sense of individuality - bring it on. In the future it may have all the characteristics of a pointless exercise - to worry about others having access to your entire genetic code...
You drop so many copies of your DNA every minute that it'll take extreme and possibly impractical effort to keep secret.
The issue should probably register no more importance than whether or not others know what type of CPU you run.
Letting others have knowledge of your DNA and other system information constitutes something of a security risk, but the biological/mechanical/electrical hardware alone doesn't define you the cyborg.
Just as critical can we consider the information structures,memories,storage and the 'software' running on your CPUs and neurons...and... more and more, the 'network'
With perpetually networked cyborgs, at what point in cyberspace does an individual cyborg begin and end?
Individuals seem often to consider memories to form a fundamental part of the definition of self..
The future may increasingly see the 'network' acting as a shared memory for countless cyborgs... still very much individuals ... but with greater pools of commonality than the non-augmented humans.
Julian Noble wrote the Original version in December 2000.
See the notes on this 2002 translation into E-Prime
I like programming in Tcl and Erlang - Preferably for use on the FreeBSD platform.
I maintain a very small repository of Tcl Modules that are generally also available elsewhere.
| DARPA Exoskeleton Program |
| Transhumans,Posthumans etc |
| Angstrom Tools - (Nanotechnology - Scanning Tunneling Microscopes) |
| Stelarc - (Australian-Based performance artist dealing with human/machine interfaces ) [ed note: I found it somewhat strange to find someone treating this subject matter, which I perceive as science/progress, as 'art'.. maybe that's the whole point.. I guess I just don't grok some aspects of art... this guy does great stuff though.] |
| Tiquit - Mobile & Wearable Technology |
| Optical Engineering Challenges of the Virtual Retinal Display - washington.edu - Human Interface Tech Lab |
| Vacuforming (Thermoforming) of Plastics |
| BeyondLogic |

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