ElectAura-Net, a 10-Mbit/second Body Network

Roland Piquepaille writes "In 'Human Body Network Gets Fast,' Technology Research News tells us that NTT Docomo researchers in Japan have created a 10-Mbit/second indoor network by using human bodies as Ethernet cables. 'The network, dubbed ElectAura-Net, is wireless, but instead of using radio waves, infrared light, or microwaves to transmit information it uses a combination of the electric field that emanates from humans and a similar field emanating from special floor tiles.' ElectAura-Net is faster than the Bluetooth radio wave system and provides a solution for indoor networks. The researchers think that this is a solution for "ubiquitous" communication, using GPS outdoor and our bodies indoor. This summary contains more details."

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GOOGLE CACHE

[Sir Haxalot]

COME ON! Where the frell is Haxalot, it's gonna get /.'d any minute!!!!!
Omgooses sorry I took so long, there is no Google Cache, however, here's the artical text:
Human Body Network Gets Fast Technology Research News October 17, 2003
The human body is capable of many things, including acting as an information conduit--quite literally.
Researchers from NTT Docomo Multimedia Labs and NTT Microsystem Integration Labs in Japan have demonstrated a 10-megabits-per-second indoor network that uses human bodies as portable ethernet cables.
The network, dubbed ElectAura-Net, is wireless, but instead of using radio waves, infrared light, or microwaves to transmit information it uses a combination of the electric field that emanates from humans and a similar field emanating from special floor tiles.
The network is faster than commercially available personal area networks like the 1-megabit-per-second Bluetooth radio wave system, and tops the 4-megabits-per-second infrared standard set by the Infrared Data Association (IrDA).
The system could eventually provide high-speed wireless communications indoors among portable electronic devices whose positions constantly change.
The researchers' transceiver transmits data by oscillating the electric field surrounding the device. When the electric field that naturally emanates from a person intersects the electric field of the nearest tile transceiver, oscillations in one field are transmitted to the other.
The researchers presented the work at the Association of Computing Machinery (ACM) Special Interest Group Graphics (Siggraph) 2003 conference in San Diego, July 27 to 31. The research was funded by NTT DoCoMo and NTT.