Craig J. Mundie | Researchain

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Supercomputer '91 Anwendungen, Architekturen, Trends, Seminar | 1991

Supercomputing 1995 and Beyond - the Different Perspectives

Steven J. Wallach; Justin R. Rattner; Carl W. Diem; Kenichi Miura; Craig J. Mundie; Guy L. Steele; Andreas Reuter

The Mannheim Supercomputer Seminar 1991 had one of its highlights in the Panel Discussion covering “Supercomputing 1995 and beyond”. Above named reputed personalities of leading supercomputer manufacturers participated in this discussion as well as Prof. Andreas Reuter from the “Institut fur Parallele und Verteilte Hochstleistungsrechner”, University of Stuttgart, as independent expert and user.

Archive | 1984

Data processing system having a memory using object-based information and a protection scheme for determining access rights to such information

Richard G. Bratt; Gerald F. Clancy; Edward S. Gavrin; Ronald H. Gruner; Craig J. Mundie; Stephen I. Schleimer; Steven J. Wallach

Archive | 1982

Digital data processing system

Baxter Ii Ward; Gerald F. Clancy; Ronald H. Gruner; Craig J. Mundie; Brett L. Bachman; Stephen R. Redfield; William N. Coder; Thomas M. Jones; David L. Houseman; Charles J. Young; Steven M. Haeffele

Archive | 1981

Digital data processing system utilizing a unique arithmetic logic unit for handling uniquely identifiable addresses for operands and instructions

Richard G. Bratt; Stephen I. Schleimer; John F. Pilat; Richard A. Belgard; Steven J. Wallach; Gerald F. Clancy; Craig J. Mundie; David H. Bernstein; Edward S. Gavrin; Thomas M. Jones; Brett L. Bachman

Archive | 1981

Digital computer system including apparatus for resolving names representing data items and capable of executing instructions belonging to general instruction sets

Ronald H. Gruner; Gerald F. Clancy; Craig J. Mundie; Steven J. Wallach; Stephen I. Schleimer; Walter A. Wallach; John K. Ahlstrom; David H. Bernstein; Michael S. Richmond; David A. Farber; John F. Pilat; Richard A. Belgard; Richard G. Bratt

Archive | 1981

Digital data processing system incorporating object-based addressing and capable of executing instructions belonging to several instruction sets

Ronald H. Gruner; Gerald F. Clancy; Craig J. Mundie; Steven J. Wallach; Stephen I. Schleimer; Richard G. Bratt

Archive | 1984

Universal addressing system for a digital data processing system

Gerald F. Clancy; Craig J. Mundie; Stephen I. Schleimer; Steven J. Wallach; Richard G. Bratt

Archive | 1986

Digital computer system incorporating object-based addressing and access control and tables defining derivation of addresses of data from operands in instructions

Ronald H. Gruner; Gerald F. Clancy; Craig J. Mundie; Stephen I. Schleimer; Steven J. Wallach; Richard G. Bratt; Edward S. Gavrin; Walter A. Wallach; John K. Ahlstrom; Michael S. Richmond; David H. Bernstein

Archive | 1981

Digital data processing system having a uniquely organized memory system using object-based addressing and in which operand data is identified by names accessed by name tables

Archive | 1981

Data processing system using object-based information and a protection scheme for determining access rights to such information and using multilevel microcode techniques

John K. Ahlstrom; Brett L. Bachman; Richard A. Belgard; David H. Bernstein; Richard G. Bratt; Gerald F. Clancy; Edward S. Gavrin; Ronald H. Gruner; Thomas M. Jones; Lawrence H. Katz; Craig J. Mundie; Michael S. Richmond; Stephen I. Schleimer; Steven J. Wallach; Walter A. Wallach; Douglas M. Wells

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