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A comparative analysis of the Tektronix 4051 computer system

Creator:: Lewis, Ted G., Leggett, W., Joiner, J., Malik, K., Simon, S., Wilson, J., Elton, T., and Kim, D.
Resource Type:: Technical Report
Full Text:: System T. G. Lewis W. Leggett J. Joiner K. Malik S. Simon J. Wilson T. Elton D. Kim

SIDUR - an integrated data model

Creator:: Freiling, Michael J.
Abstract:: Tbc expanding complexity of database application worlds, and the accelerating pace of change of these worlds mandate data models which support some of the tasks of data interpretation which formerly were borne by the applications programs. Chief among these are the support for virtual data, definition of transactions, and enforcement...
Resource Type:: Technical Report
Full Text:: 5C~ErlCE SIDUR - An Integrated Data Model Michael J

Implementing a data parallel language on a tightly coupled multiprocessor

Creator:: Quinn, Michael J. and Hatcher, Philip J.
Abstract:: Our thesis is that data parallel programs can be translated into programs that execute efficiently on a variety of architectures. Currently we are focusing on the data parallel programming language C*, developed by Thinking Machines Corporation for the Connection Machine processor array. Previous papers have described our design of a...
Resource Type:: Technical Report
Full Text:: Language on a Tightly Coupled Multiprocessor Michael J. Quinn Department of Computer Science Oregon

Dataparallel C : a SIMD programming language for multicomputers

Creator:: Quinn, Michael J., Anderson, Ray J., Hatcher, Philip J., Lapadula, Anthony J., and Jones, Robert R.
Abstract:: Dataparallel C is a SIMD extension to the standard C programming language. It is derived from the original C* language developed by Thinking Machines Corporation.. We have nearly completed a third-generation Dataparallel C compiler, which transforms Dataparallel C programs into SPMD-style C code suitable for compilation and execution on NCUBE...
Resource Type:: Technical Report
Full Text:: . Hatchert, Michael J. Quinn:j:, Anthony J. Lapadulat, Ray J. Anderson:j:, and Robert R. Jonest t

A production-quality C* compiler for a hypercube multicomputer

Creator:: Hatcher, Philip J., Lapadula, Anthony J., Jones, Robert R., Quinn, Michael J., and Anderson, Ray J.
Abstract:: We describe our third generation C* compiler for a hypercube multicomputer. This production quality compiler features a full implementation of the language, including general pointer-based communication and support for separate compilation. The compiler incorporates new optimizations and utilizes an improved set of communication primitives. It supports a variety of standard...
Resource Type:: Technical Report
Full Text:: Hypercube Multicomputer - Philip J. Hatcher, Anthony J. Lapadula, Robert R. Jones Department of Computer

Data-parallel programming on MIMD computers

Creator:: Hatcher, Philip J., Quinn, Michael J., Lapadula, Anthony J., Seevers, Bradley K., Anderson, Ray J., and Jones, Robert R.
Abstract:: We are convinced that the combination of data-parallel languages and MIMD hardware can make an important contribution to high speed computing. The data-parallel paradigm is a natural way to solve a large number of problems arising in science and engineering. Data-parallel programs are easier to design, implement, and debug than...
Resource Type:: Technical Report
Full Text:: :, and Robert R. Jonest t Department of Computer Science, University of New Hampshire :j: Department

Implementing a time-driven simulation on a MJIMD computer using a SIMD language

Creator:: Quinn, Michael J., Seevers, Bradley, K., and Hatcher, Philip J.
Abstract:: It often makes sense to write a program in the SIMD style, even if the program is to execute on a MIMD computer. Simulating physical events, in which all motion takes place simultaneously, is one area in which SIMD languages fit the applications particularly well. In this paper we present...
Resource Type:: Technical Report
Full Text:: Language Michael J. Quinnt, Bradley K. Seeverst, and Philip J. Hatcher+ t Department of Computer

Control abstraction in parallel programming languages

Creator:: Crowl, Lawrence A. and LeBlanc, Thomas J.
Abstract:: Control abstraction is the process by which programmers define new control constructs by specifying an ordering of statement execution. Using control abstraction, we can create new control constructs for parallel programming, separate the specification of parallelism and synchronization from the rest of the application code, and vary the parallelism exploited...
Resource Type:: Technical Report
Full Text:: partial order of execution: / · · ·-+ fx -+ h -+ t closure -+ f1 -+ · · ·-+ fi-+ g-+ j closure -+ j

Particularity in engineering data

Creator:: Rehfuss, Steve, Freiling, Michael J., and Alexander, Jim
Abstract:: A database to be used by electrical circuit design, test, and repair expert systems must support both structural data and inferential data about the circuit. It is well known that engineering databases must support dynamic schema (re)definition of the structural data and entity-based access to it. We analyze this requirement...
Resource Type:: Technical Report
Full Text:: connected by nodes N2 and N3, and by sharing resistor R2. V••&q9 D•.t•r NI ... --. PHtlllaek 1,stea

Simplifying deterministic parsing

Creator:: Carter, Alan W. and Freiling, Michael J.
Abstract:: This paper presents a model for deterministic parsing which was designed to simplify the task or writing and understanding a deterministic grammar. While retaining structures and operations similar to those or Marcus's PARSIFAL parser [Marcus 80] the grammar language incorporates the following changes. (1) The use or productions operating in...
Resource Type:: Technical Report
Full Text:: Vancouver, B.C. V6T lWS Michael J. Freiling Department of Computer Science Oregon State University

ScholarsArchive@OSU

A comparative analysis of the Tektronix 4051 computer system

SIDUR - an integrated data model

Implementing a data parallel language on a tightly coupled multiprocessor

Dataparallel C : a SIMD programming language for multicomputers

A production-quality C* compiler for a hypercube multicomputer

Data-parallel programming on MIMD computers

Implementing a time-driven simulation on a MJIMD computer using a SIMD language

Control abstraction in parallel programming languages

Particularity in engineering data

Simplifying deterministic parsing

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