Relay-Version: version B 2.10 5/3/83; site utzoo.UUCP Path: utzoo!dciem!nrcaer!cognos!roberts From: roberts@cognos.uucp (Robert Stanley) Newsgroups: comp.society.futures Subject: Pre-vocalization for human-computer interfaces Message-ID: <1790@cognos.UUCP> Date: Wed, 18-Nov-87 10:01:52 EST Article-I.D.: cognos.1790 Posted: Wed Nov 18 10:01:52 1987 Date-Received: Sat, 21-Nov-87 06:51:00 EST References: <8711111913.AA01260@bu-cs.BU.EDU> <944@woton.UUCP> Reply-To: roberts@cognos.UUCP (Robert Stanley) Organization: Cognos Inc., Ottawa, Canada Lines: 27 Summary: If you think that's scary.... If any of you were surprised and/or disturbed by the idea of using pre-vocalization as a cue in human-computer interfaces, I commend to you a paper published in the proceedings of the Third Conference on Artificial Intelligence for Space Applications (Part I). The conference was held in Huntsville, Alabama, 2-3 November, 1987. The paper is entitled "An Innovative Workstation" and the author was James Villarreal from the Artificial Intelligence Section / FM7, NASA Lyndon B. Johnson Space Center in Houston, Texas. This paper discusses practical research already performed in using measurement of electrical and magnetic fields generated in/by the brain to control operations at a computer workstation. The current prototype appears to be limited to EBT (Eye/Brain/Task) technology, but this group appears to be funded for more advanced research. Note: detecting brain-generated magnetic fields (of the order of 10**-8 Gauss) has only become possible with the introduction of SQUID (Superconducting Quantum Interference Device) technology, which *requires* superconductors. This would appear to be one potential area of revolution should room-temeperature superconductors become available. Robert_S -- R.A. Stanley Cognos Incorporated S-mail: P.O. Box 9707 Voice: (613) 738-1440 (Research: there are 2!) 3755 Riverside Drive FAX: (613) 738-0002 Compuserve: 76174,3024 Ottawa, Ontario uucp: decvax!utzoo!dciem!nrcaer!cognos!roberts CANADA K1G 3Z4