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Keynote Address
1.2.1: VLSI & Technology Plenary, Chair:
Larry Pileggi, University of Texas at Austin
1.2.2: Architecture/Algorithms Plenary,
Chair: Bing Sheu, University of Southern California, Los Angeles
1.3.2: System Level Interconnect, Chair:
Larry Pileggi, University of Texas at Austin
1.3.3: Asynchronous Systems, Chair:
Steve Nowick, Columbia University
1.3.4: Embedded System Analysis, Chair:
Sharon Hu, Western Michigan University
1.4.1: Formal Verification Meets the
Real World, Chairs: Mirian Leeser, Cornell University and P.A. Subrahmayam,
AT&T Bell Laboratories
1.4.2: Issues in Superscalar Processors,
Chair: Bob Colwell, Intel Corp.
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Design and implementation of a 100 MHz centralized
instruction window for a superscalar microprocessor
S. Wallace, N. Dagli, N. Bagherzadeh
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A superscalar RISC processor with pseudo vector
processing feature
K. Shimamura, S. Tanaka, T. Shimomura, T. Hotta, E.
Kamada, H. Sawamoto, T. Shimizu, K. Nakazawa
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The resource conflict methodology for early-stage
design space exploration of superscalar RISC processors
J.-D. Wellman, E.S. Davidson
1.4.3: SPARC Design Methodologies,
Chair: Chin-Long Wey, Michigan State University
1.4.4: Simulation, Chair: Derek Beatty,
Motorola
2.1.1: Embedded Systems Plenary, Chair:
Rolf Ernst, University of Braunschweig
2.2.1: Design for Testability, Chair:
Sumit Dasgupta, Sematech/IBM Corp.
2.2.2: PowerPC(tm), Chair: Tim Brodnax,
IBM Corp. and Nasr Ullah, Motorola
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Multiprocessor design verification for the PowerPC
620 microprocessor
C. Montemayor, M. Sullivan, Jen-Tien Yen, P.
Wilson, R. Evers
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The PowerPC 603e microprocessor: an enhanced,
low-power, superscalar microprocessor
J. Slaton, S.P. Licht, M. Alexander, S. Reeves, R.
Jessani, K.R. Kishore
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A
high performance bus and cache controller for PowerPC multiprocessing
systems
M.S. Allen, W.K. Lewchuk, J.D. Coddington
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Performance monitoring on the PowerPC 604
microprocessor
C. Roth, F. Levine, E. Welbon
2.2.3: Floor Planning & Placement,
Chair: Carl Sechen, University of Washington
2.2.4: Combinational and Sequential
Logic Optimization, Chair: Masahiro Fujita, Fujitsu Labs of America
2.3.1: Massively Parallel Processing
Interconnects, Chair: Joydeep Ghosh, University of Texas at Austin
2.3.2: Test Pattern Generation, Chair:
R. Molyneaux
2.3.3: Caching Strategies, Chair: Jim
Bondi, Texas Instruments
2.3.4: Embedded System Architecture &
Case Studies, Chair: Jim Browne, University of Texas at Austin
2.4.1: ATM and High-Speed Networking
Alternatives, Chair: Bob Horst, Tandem Computer
2.4.2: Routing & Extraction, Chair:
Lukas van Ginneken, Synopsys, Inc.
2.4.3: Asynchronous Datapaths, Chair:
Erik Brunvand, University of Utah
2.4.4: FPGA - Synthesis, Chair: Steve
Trimberger, Xilinx
3.1.1: Design & Test Plenary, Chair:
Alexander Albicki, University of Rochester
3.1.2: CAD Plenary, Chair: Luc Claesen,
IMEC
3.2.1: Topics in High-Level Synthesis,
Chair: Ahmed Jerraya, TIMA/INPG
3.2.2: Low Power and High-Performance
Circuits, Chair: Kit Cham, Hewlett-Packard
3.2.3: Arithmetic Modules, Chair: N.
Ranganathan, University of South Florida
3.2.4: Architectures for Signal
Processors, Chair: Kaushik Roy, Purdue University
3.3.1: Memory System Performance, Chair:
Pradip Bose, IBM T.J. Watson Research Center
3.3.2: Emerging Technologies for
Processor Verification, Chair: Warren Hunt, Computational Logic, Inc.
3.3.3: Memory Architectures for Signal
Processing, Chair: Bryan Ackland, AT&T Bell Laboratories
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An empirical study of datapath, memory hierarchy,
and network in SIMD array architectures
M.C. Herbordt, C.C. Weems
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Memory organization for video algorithms on
programmable signal processors
E. de Greef, F. Catthoor, H. De Man
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SSM-MP: more scalability in shared-memory
multi-processor
S. Iwasa, Shung Ho Shing, H. Mogi, H. Nozuwe, H.
Hayashi, O. Wakamori, T. Ohmizo, K. Tanaka, H. Sakai, M. Saito
3.3.4: Novel Design Concepts, Chair:
Christos Papachristou, Case Western Reserve University
3.4.1: FSM Verification, Chair: Gabriel
Bischoff, Digital Equipment Corporation
3.4.2: Fault Simulation, Chair: Srimat
Chakradhar, NEC
3.4.3: Application-Specific Processors,
Chair: Ashwiai Nanda, Texas Instruments
3.4.4: Performance Driven Synthesis,
Chair: Andreas Kuehlmann, IBM T.J. Watson Research Center
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