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Parallel processing and OR/MS

Computers & Operations Research, 1991
Abstract Parallel processing has moved in recent years from a largely theoretical issue to the commercial arena. Much of the interest in parallel architecture is related to its potential for complementing or replacing existing hardware in engineering and scientific computations.
Robert R. Trippi, Efraim Turban
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Deterministic Parallel Processing

International Journal of Parallel Programming, 2006
In order to address the problems faced in the wireless communications domain, picoChip has devised the picoArrayTM. The picoArray is a tiled-processor architecture, containing several hundred heterogeneous processors, connected through a novel, compile-time scheduled interconnect.
Gajinder Panesar   +4 more
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Overview of parallel processing

Parallel Computing, 1985
We are on the threshold of a new era in computer architecture. It is becoming increasingly difficult to obtain more performance from the time-honored von Neumann model, and many of the technological constraints that influenced its design over thirty years ago have changed drastically.
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Parallel Processing of Protocols

1994
Many workstations of today consists of a multiprocessor system with a shared memory and a small number of processors. We present a “processor-per-message” partitioning approach to do parallel processing of protocols. We have used the approach to implement a shared memory multiprocessor implementation of the x-kernel protocols and execution environment ...
Mats Björkman, Per Gunningberg
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Regrouping parallel processes

Formal Methods in System Design, 1996
Two techniques are introduced for achieving semantics preserving transformations of process interconnection patterns described by algebraic parallel behaviour expressions. The semantic relation to be preserved is strong bisimulation equivalence. Convenient process network representations are identified as unique representatives of equivalence classes ...
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Communicating parallel processes

Software: Practice and Experience, 1986
AbstractBy considering the problem of an event timer it is shown that the commonly available synchronizing facilities (monitors, CSP, distributed processes) are not able to always satisfactorily model the requirements of several processes which must run in parallel and which have to communicate with each other. The problem is discussed in general terms
Jon M. Kerridge, Dan Simpson
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Parallel Image Processing

IEEE Transactions on Computers, 1975
Parallel image processing shows certain general similarities to retinal processing and shares with optical computing the characteristics of parallelism. Simulation on digital serial computers (DSC's), although possible in the simpler cases, very soon becomes almost uncontrollable, requiring large memories and very long programming and execution times ...
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Parallelism and Array Processing

IEEE Transactions on Computers, 1984
Modern computing, as well as the historical development of computing, has been dominated by sequential monoprocessing. Yet there is the alternative of parallelism, where several processes may be in concurrent execution. This alternative is discussed, in which the main developments involving parallelism are considered both from the standpoint of ...
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Parallel parsing processes

J. Funct. Program., 2004
Summary: We derive a combinator library for non-deterministic parsers with a monadic interface, by means of successive refinements starting from a specification. The choice operator of the parser implements a breadth-first search rather than the more common depth-first search, and can be seen as a parallel composition between two parsing processes. The
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Parallel query processing

1993
In this chapter, we have examined the various issues and techniques encountered in parallel query processing. The methods used to exploit query parallelism are divided into three categories: namely intra- operator, inter- operator, and inter- query parallelism.
Philip S. Yu   +3 more
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