Accession Number : ADA551208


Title :   Comprehensive Evaluation of Stand-Off Biometrics Techniques for Enhanced Surveillance during Major Events


Descriptive Note : Contract rept.


Corporate Author : DEFENCE RESEARCH AND DEVELOPMENT CANADA OTTAWA (ONTARIO) CENTRE FOR SECURITY SCIENCE


Full Text : http://www.dtic.mil/get-tr-doc/pdf?AD=ADA551208


Report Date : Feb 2011


Pagination or Media Count : 117


Abstract : The Study Report introduces the concept of stand-off biometric systems: those capable of operating at a greater-than-normal distance between subject and sensor and with less-constrained subject behaviour. While biometric surveillance systems are a type of stand-off biometric system, the two terms are not synonymous, as some stand-off systems call for cooperative subjects, since these will always produce improved performance metrics. Identification of cooperative subjects in stand-off applications is relevant in public safety applications ranging from employee access control to visitor identification at corrections facilities to positive and/or negative identification of travelers at an airport. The stand-off aspect of the field study remained central to the concept of operations for several reasons: distance between the user and the imaging unit may be relevant to operator safety, to queuing and process flow design, and to the use of multimodal sensors that perform additional security checks while biometric identification is taking place. The Study Report discusses the manner in which implementations of core technologies, primarily iris recognition and face recognition, differ from traditional biometric systems in which the interaction between subject and sensor is both volumetrically constrained and explicit. The Report discusses the strengths and weaknesses of face and iris recognition technologies in stand-off systems.


Descriptors :   *BIOMETRY , *RECOGNITION , *SURVEILLANCE , ACCESS , AIRPORTS , CONTROL , CORES , DETECTORS , FACILITIES , FLOW , IDENTIFICATION , IMAGES , INTERACTIONS , IRIS , MULTIMODE , OPERATORS(PERSONNEL) , PERSONNEL , QUEUEING THEORY , RANGE(DISTANCE) , REPORTS , SAFETY , SECURITY , STANDOFF , STRENGTH(GENERAL) , USER NEEDS


Subject Categories : Photography
      Miscellaneous Detection and Detectors


Distribution Statement : APPROVED FOR PUBLIC RELEASE