Significant Accomplishments

Analyzed and quantified, for use in the deep space telecommunications, the Maximum Likelihood Convolution Decoding (MCD) scheme as applied to NASA Space Network telemetry subsystem performance due to system losses.  Published results in the “NASA Network Operations Office – The Deep Space Network Progress Report” May and June 1976.

Developed a Multivariate Statistical Method for Automated Detection of Epileptogenic EEG Transients.  Published as a Master Thesis (Biomedical Engineering, University of Houston), December, 1987.

Modified Dempster-Shafer Evidential Calculus and Rough Set Theory Applied to the Validation of Expert Systems Based on Authentic Reasoning.  Published in the “World Congress on Expert Systems” December 16-19, 1991.

The Development and Validation of an Exercise Countermeasure Protocol Management Expert Systems Based on Authentic Methods of Reasoning. Doctoral Dissertation (Industrial Engineering, University of Houston), May 1993.

Developed a Hypermedia Expert System for Advanced Cardiac Life Support Management and published results in “Decision Support Systems”, 1993.

Chapter in Book: AI & Expert System Applications in Accounting, Auditing, and Finance – Creating Value, Markus Wiener Publisher, Editor: Miklos Vasarhelyi, 1999. Rutgers University Accounting Information.

Listed as Honored Professional in the National Directory of WHO’s WHO in Executive and Professionals, 1998-1999 Edition.