Title :
Cognitive INFOSEC
Author_Institution :
US Dept. of Defense, Fairfax, VA, USA
Abstract :
This paper characterizes technology challenges of Cognitive Information Security (INFOSEC). This far-term vision re-invents software radio as a "trusted" cognitive agent for the consumer or the military. Cognitive radio (CR) is software radio employing cognition technology to enhance information services for the user. Cognitive INFOSEC (CI) employs the cognition technology to achieve a high level of trust. Hardware needs for CI are substantially more demanding than for software radio. CI hardware includes non-RF sensors such as binaural audio, stereo video, biometrics and accelerometers. CR also needs multiband, multimode RF capabilities. This leads to interesting new microwave hardware design tradeoffs. Cognition sensors may share system on chip (SoC) subsystems with INFOSEC hardware, location-awareness sensors, and RF hardware in wearable formats. This paper provides far-term concepts of operations, suggesting new SoC tradeoffs and related technology challenges.
Keywords :
accelerometers; artificial intelligence; biometrics (access control); cognitive systems; image recognition; image sensors; information services; intelligent sensors; learning (artificial intelligence); notebook computers; security of data; software radio; speaker recognition; system-on-chip; wearable computers; CW-PDA microwave technologies; SoC; accelerometers; binaural audio sensors; biometrics; cognitive INFOSEC hardware; cognitive authentication; cognitive information security; cognitive wireless/radio PDA; commercial/military cell phone technology; information service enhancement; knowledge representation; location-awareness sensors; machine learning; machine perception; multiband/multimode RF capabilities; recognition; software radio trusted cognitive agents; stereo video sensors; system on chip subsystems; wearable hardware; Biosensors; Chromium; Cognition; Cognitive radio; Hardware; Information security; Radio frequency; Sensor systems; Software radio; Wearable sensors;
Conference_Titel :
Microwave Symposium Digest, 2003 IEEE MTT-S International
Conference_Location :
Philadelphia, PA, USA
Print_ISBN :
0-7803-7695-1
DOI :
10.1109/MWSYM.2003.1212549