Biomedical Signal Analysis Laboratory  
 
     
       
   
Development of a web-based, multibiometric database
 
Rohin Govindrajan, Simona Crihalmeanu, Lawrence Hornak, Arun Ross, Stephanie Schuckers
 
Biometrics, described as the science of identifying an individual based on one or more of their physiological or behavioral characteristics, is a relatively a new and exciting field encompassing the areas of computer science, electrical engineering and statistics. It is a rapidly growing field offering plenty of opportunities for research especially in the areas of information assurance and access control. Unfortunately biometric researchers face numerous hurdles due to the lack of reliable, accurate and adequate biometric data for their research. An appreciable amount of time is lost in data collection, which in most cases is unorganized, non-centralized and informal. This results in a high rate of data loss, inferior data retrieval times, lack of data integrity and consistency, limited reusability of data and large amount of redundancy. The few formalized biometric databases that do exist are mostly uni-modal, limited by age groups or race, non-centralized and are generally not made public. The system to be developed is a web enabled, centralized, multi-modal, unbiased and formal data store that is expected to alleviate some or most of the problems faced by biometricians on a day-to-day basis. The system being developed at West Virginia University, Morgantown will be initially designed to meet the specific needs of the researchers, faculty members and students present there and later adapted and extended to account for the needs of the biometric research community.
 
 
Research Topics
 
Non-Ideal Iris Recognition Imagery
 
Development of a web-based, multibiometric database
 
Biologically Inspired Temporal Evolutionary Neural Circuits
         
    Director: Dr. Stephanie Schuckers    Clarkson University    West Virginia University

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