Current Appointment: Professor: Dept of Computer Science, Kent State University, Now
Other Relevant Implemented and Current Projects
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- Special Courses/Workshops from Some of the Pioneers
Other Relevant Implemented and Current Projects:High Performance Communication and Networking: Experimenter for NASA's Advanced Communications Technology Satellite (ACTS) experiments. Concept development and performance characterization for 3D medical visualization with remote supercomputed 3D rendering using OC-3 ACTS-HDR-ATM communication links (implementing in C using TCP/IP and Fore System’s ATM API). Holographic Associative Memory: Design and implementation of a new associative memory which has the unique ability of dynamic search localization in any part of the pattern. Demonstrated the capability of storing thousands of patterns and retrieve them in constant time from a cue as small as 10% of the original pattern with less than 5% magnitude error. Doctoral dissertation. (implemented in C) Image Database Retrieval: Design and implementation of the first ever associative search system for content-based query of image database management using holographic technology on SGI Onyx platform. Doctoral dissertation, (implemented in C) Perceptual Focus Driven Highspeed Video Transmission: Developing an algorithm with dynamically variable resolution encoding for focus driven image/video transmission to assist medical tele-diagnostics. The video will be encoded with variable resolution at various locations depending on the eye focus. In future, the focus will be traced by an eye-gaze sensor. To be tested for OC-3 ACTS-HDR-ATM communication links experiments (current research). (Implementing in C). 3D Graphical Visualization: Optimization of triangularized approximation of 3D volumetric surface for efficient 3D rendering using Constraint Resource Planning (CRP) on SGI Onyx with OpenGL (current research). (Implemented in C and OpenGL). Design Document Recognition: Design and implementation of Electrical Symbol Recognition System (SRS) based on hierarchical Back Propagation neural networks, Pacific Intl. Center for High Tech. Research, PICHTR. (Implemented in C). Perceptual Image Compression: Design and implementation of a holographic self-organizing feature map with attention modulated vector quantization. (Implementing in C). Parallel Scientific Computation: Design and simulation of dual-wavefront algorithms for adaptive fault-tolerant system for linear system problems on 32 Node Meiko Transputer. Supervisor: Prof. W. Lin. (Implemented in C and CSTools). Parallel Logic Programming: An AND/OR Parallel logic programming system based on unification scheduling on SYMULT S2010 MIMD multi-processor, MS thesis. (Implement in C and Prolog). Parallel Neural Networks: Design, implementation and scalability experimentation of parallel Back-Propagation, Hopfield and Kohonen Self-Organizing Feature Map (SOFM) on 32 node Meiko Transputer. (Implemented in C and CSTools). Software Development/Complex Systems Reverse Engineering: Design and prototype development for an automatic program abstraction sub-system (with associated analysis, visualization, estimation, and navigation ability) as a major part of Software Maintainers' Assistant (SMA) project in the Software Engineering Research Lab (SERL), ICS, UH. Results Incorporated into LDS project of Fujitsu System's Lab. Supervisor: Prof. I. Miyamoto. (Implemented in C). Systems Programming/OS: Implementation of user-user process communication in MINIX (mini-UNIX) involving kernel level enhancements. Supervisor: Prof. Tim Brown. (Implement in C and 80286 Assembly). Systems Programming/Parallel OS: Design of a distributed job-scheduler shell for Cosmic Environment for load balancing on distributed heterogeneous processors with dynamic process re-allocation/migration ability. Supervisor: Prof. Tim Brown. (Implemented on S2010, in C and Cosmic Env). Systems/Security: Implementation of encoder, decoder and breaker for American National Data Encryption Standard X3.92-1981/R1987 algorithms. Supervisor: Prof. W. W. Peterson. (Implemented in C). VLSI Design/Image Filter: Design and simulation of a VLSI chip for Hardware implementation of image filtering algorithm, Supervisor: Prof. R. Halverson. (Designed on VTI tools). AI/Computer Algebra: A Symbolic Algebra System capable of addition, subtraction, multiplication, division, differentiation on fractional polynomial expressions. Supervisor: Prof. David Stoutmeyer. (Implemented in muLISP). AI/ Natural Language Understanding: A NLP system which can understand a paragraph size story from an English language story book, and answer some of your not so tricky questions based on ATN grammar. Supervisor: Prof. Bharat Kinariwal (implemented in Prolog). Database/ Data processing: Member of the design team for the automation of the Bangladesh National Public Service Commission’s entrance examination database and data processing on IBM 360. Supervisor: Dr. S. M. Rahman (implemented in FORTRAN). Database/ Data processing: Update of the database on Microprocessor Industry and Literature Resource, and design of an Office Accounting Database for Micro Design Resource Inc., Palo Alto, CA; Supervisor: Dr. Michael Slater. (Implemented in PARADOX). Relevant Course WorksComputer Networks, Data Communication, Advanced Operating Systems, Introduction to Operating Systems, Computer Organization, Computer Architecture, Parallel Processing, Computer and Data Security, Data Base Management Systems, Artificial Intelligence, Algorithms & Analysis, Natural Language Processing, Computer Algebra, VLSI Design, etc.Special Courses/Workshops from Some of the PioneersData Communication (by Prof. Norman Abramson), High Performance Computing & Software (by Prof. Brian Smith, Prof. J. Donggara, & Sven Hammarling), Neocognitron and Handwriting Recognition (by Dr. Fukushima), Self-Organization and Speech Recognition (by Dr. Tuevo Kohonen), Adaptive Resonance Theory (by Dr. Grossberg), Computer and Data Security (by Prof. W. W. Peterson). Download 131.92 Kb. Share with your friends:
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