Computer Architecture And Organization J P Hayes Pdf
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John P. Shannon Chair of Engineering Science. Prior to that he was on the faculty of the University of Southern California.
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Computer Architecture and Organization
John P. Shannon Chair of Engineering Science. Prior to that he was on the faculty of the University of Southern California. He also worked in industry for a couple of years, and has held visiting positions at Stanford University, McGill University, the University of Montreal, Logicvision Inc. Professor Hayes teaches and conducts research in the general area of computer science and engineering, with specific interests in computer-aided design, verification and testing of VLSI circuits; reliable computer architecture; neural networks; and unconventional computing techniques such as neural networks and machine learning, as well as stochastic and quantum computing.
He obtained his B. Areas of Interest: Our group is currently conducting research on the following topics:. For more information on our research activities, see Selected Publications below. Research Assistantships: Openings for graduate student research assistants RAs are available from time to time. There is currently an RA position in the area of stochastic computing and its application to neural network design.
For information about Michigan's various graduate programs in EECS, including admission requirements, application procedures, deadlines, etc. Financial Aid : This is available in the form of fellowships, research assistantships, and teaching assistantships.
New students are admitted at two levels, MS and PhD, depending on their qualifications. Students entering with a BS degree may be admitted at either level; however, only those with outstanding qualifications are admitted at the PhD level.
Applicants who already have an MS degree in a relevant area can only be admitted at the PhD level. Admission at the MS level does not normally include financial aid. It should be noted that admission to the PhD level is extremely competitive. Those who are admitted typically have excellent GPA and GRE scores, rank near the top of their graduating class at a highly-ranked university, and have strong and credible letters of support that document their specific accomplishments, including where applicable academic achievements, publications, industrial experience, and PhD research potential.
Summer Internships: Unfortunately, we cannot provide summer internships for undergraduate students from other universities, and applications for such internships will be discarded. Benchmark Circuits: For information about the high-level versions of the ISCAS logic circuits that we developed circa , go to the benchmark website. The site is no longer maintained, and all the data we have available concerning the benchmarks is at that website, and publically available. What may appear to be missing links refer to non-existent data.
It supports state vectors, density matrices, and related operations using the Quantum Information Decision Diagram QuIDD data structure which we introduced. The book Quantum Circuit Simulation published by Springer in , and available at amazon. For further information, including how to access the software, click here.
EECS Discrete mathematics. EECS : Introduction to logic design. EECS : Logic circuit synthesis and optimization. EECS : Digital system testing. EECS : Quantum computing circuits. Polian, J. Hayes, S. Reddy and B. Transient or soft errors caused by environmental effects are a growing concern in micro- and nanoelectronics.
This paper presents a novel framework for modeling and reducing the effects of such errors in digital circuits. Alaghi, C. Li and J. Hayes: Stochastic circuits for real-time image-processing applications , Proc. DAC , article , 6 pages, June This work addresses the design of image-processing circuits using stochastic computing techniques. We show how stochastic circuits can be integrated at the pixel level with image sensors to support efficient real-time pre-processing of images.
Applications of interest include retinal implants for vision restoration and on-the-fly feature extraction. Alaghi, W-K. Qian and J. Stochastic computing SC is an unconventional technique which processes data in the form of bit-streams that resemble neural spike trains, and can be interpreted as probabilities.
It can implement complex arithmetic operations by means of extremely simple logic circuits. This allows SC circuits to be used in massively parallel applications such as neural networks. This paper is a comprehensive survey and review of SC, focusing on recent developments.
Ting and J. Hayes: Eliminating a hidden error source in stochastic circuits , Proc. Systems DFT , pp. This received the conference ' s Best Paper Award We investigate the role of constant inputs in stochastic circuits and show that, while such constants are essential in practical SC design, they are also an unexpected source of errors. We further demonstrate that constants and the errors they cause can be completely eliminated by employing a novel sequential circuit design technique.
Kenneth Zick. Graduated PhD thesis: Physically-adaptive computing via introspection and self-optimization in reconfigurable systems. Dae Young Lee. PhD thesis: Wireless testing of integrated circuits.
Chien-Chih Yu. PhD thesis: Probabilistic methods for analyzing and simulating digital circuits. Current position: Oracle Inc. Armin Alaghi. PhD thesis: The logic of random pulses: stochastic computing. Te-Hsuan Sean Chen. PhD thesis: Designing accurate and low-cost stochastic circuits. Shen, Raif M. Yanney, M. Maziasz, T. Lee, Ram Raghavan, Brian T. Murray, R. JOHN P. Krishnaswamy, I. Markov and J. Krishnaswamy, G. Viamontes, I. Hayes: Probabilistic transfer matrices in symbolic reliability analysis of logic circuits, ACM Trans.
We propose here the probabilistic transfer matrix PTM concept to capture nondeterministic behavior in logic circuits. PTMs provide a concise description of both normal and faulty behavior, and are well-suited to reliability and error susceptibility calculations.
Dae Young Lee Graduated Current position: Samsung Research, Seoul, Korea. Chien-Chih Yu Graduated Armin Alaghi Graduated Te-Hsuan Sean Chen Graduated Updated January
This book is intended primarily as a text for computer science and electrical engineering courses at the advanced undergraduate or beginning graduate levels. While its emphasis is on computer hardware and systems, the relevant aspects of software are also treated. Read Limited preview. Check availability in our libraries. Home Education.
Updated: Nov 28, Introduce students to computer architecture and organization with emphasis on Ref: J. Traduire cette page use j p hayes ppt such as purchase orders and Planning. The third edition of Computer Architecture and Organization features a
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