AMAR MUKHERJEE VLSI PDF

Biographical Information Amar Mukherjee received the D. He is the author or co-author of over 60 research contributions to scholarly publications and technical conferences. Research Accomplishments Dr. Specifically, a he was the first to develop an algorithm for the minimization of EXOR-AND-type logic networks; he also formulated useful properties of switching functions with respect to completeness, symmetry and decomposability; b he developed a theory of cellular logic and applied this to the design of efficient unate cellular arrays for arbitray switching functions; c he discovered an odd-even permutation sorting algorithm in and developed a new real-time VLSI sorting algorithm, called weavesort in ; d he pioneered the field of hardware algorithms for non-numeric computation and developed some of the earliest circa systolic algorithms for string matching and complex pattern matching operations, regular expression recognition and string similarity search circa ; e he developed hardware algorithms for data compression two U. Minimization of EXOR-AND networks is an important problem in modern logic design because of the need to achieve small area, high speed and ease of testability.

Author:Malanos Nekora
Country:Oman
Language:English (Spanish)
Genre:Automotive
Published (Last):8 August 2019
Pages:335
PDF File Size:12.64 Mb
ePub File Size:1.49 Mb
ISBN:314-1-26460-935-9
Downloads:36044
Price:Free* [*Free Regsitration Required]
Uploader:Kagajind



Biographical Information Amar Mukherjee received the D. He is the author or co-author of over 60 research contributions to scholarly publications and technical conferences. Research Accomplishments Dr. Specifically, a he was the first to develop an algorithm for the minimization of EXOR-AND-type logic networks; he also formulated useful properties of switching functions with respect to completeness, symmetry and decomposability; b he developed a theory of cellular logic and applied this to the design of efficient unate cellular arrays for arbitray switching functions; c he discovered an odd-even permutation sorting algorithm in and developed a new real-time VLSI sorting algorithm, called weavesort in ; d he pioneered the field of hardware algorithms for non-numeric computation and developed some of the earliest circa systolic algorithms for string matching and complex pattern matching operations, regular expression recognition and string similarity search circa ; e he developed hardware algorithms for data compression two U.

Minimization of EXOR-AND networks is an important problem in modern logic design because of the need to achieve small area, high speed and ease of testability. As indication of the significance of this work, recent publications on this topic often cite Dr. With the advent of VLSI technology, development of high-speed and efficient special-purpose hardware for rapid complex pattern search and similarity search will find applications involving massive text and sequence databases viz.

Digital Library and Human Genome initiatives. His paper Hardware Algorithms for Non-numeric Computation has been widely cited as a seminal paper in this area.

A paper by Dr. Mukherjee The square root of a graph has been cited in standard texts F. Mukherjee has secured and participated in more than two million dollars of research grants and has graduated 14 Ph. Ds, including the first Ph. Mukherjee has over 30 years of teaching experience in Computer Science and Computer Engineering. Professional Accomplishments Dr. He was invited to serve in Program Committees and to serve as a session chair in many international Conferences, Symposia and Workshops.

Mukherjee has serverd on several NSF panels. Awards and Honors Dr. Mukherjee is a Member of the Quill society at the University of Central Florida, a society of authors of text books and major works of arts and sciences. Mukherjee received several research grants which are listed below.

IRDA ULIP GUIDELINES 2010 PDF

Technical Committee on VLSI

.

BUCHERER REACTION PDF

In Memory of Dr. Amar Mukherjee

.

Related Articles