Results 241 to 250 of about 64,835 (288)

Systolic & semi-systolic digit serial multipliers

1987 IEEE 8th Symposium on Computer Arithmetic (ARITH), 1987
Digit serial data transmission can be used to an advantage in the design of special purpose processors where communication issues dominate and where digit pipelining can be used to maintain high data rates. VLSI signal processing is one such problem domain. We propose designs of systolic and semi-systolic digit serial multipliers. These multipliers are
Poras T. Balsara, Robert Michael Owens
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Systolic Click and Late Systolic Murmur in a Young Woman

Chest, 1974
An asymptomatic young woman with a systolic click and late systolic murmur is discussed. Phonocardiograms, multiple cardiograms, carotid tracing, and echocardiogram revealed a prolapse of the posterior mitral leaflet. Angiocardiogram confirmed the diagnosis made by use of the noninvasive methods.
A A, Luisada, P, Bhat
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Mirroring: a technique for pipelining semi-systolic and systolic arrays

Integration, 1997
Summary: We present a transformation, called mirroring, that enables pipelining in semi-systolic and systolic linear arrays. Mirroring doubles the throughput of semi-systolic arrays and increases the throughput of systolic arrays by one third.
Michael Braun 0002, Guy Even, Thomas Walle   +2 more
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Systolic genetic search, a systolic computing-based metaheuristic

Soft Computing, 2014
In this paper, we propose a new parallel optimization algorithm that combines ideas from the fields of metaheuristics and Systolic Computing. The algorithm, called Systolic Genetic Search (SGS), is designed to explicitly exploit the high degree of parallelism available in modern Graphics Processing Unit (GPU) architectures.
Martín Pedemonte, Francisco Luna 0001, Enrique Alba 0001   +2 more
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Systolic algorithms as programs

Distributed Computing, 1986
We represent a systolic algorithm by a program consisting of one multiple assignment statement that captures its operation and data flow. We use invariants to develop such programs systematically. We present two examples, matrix multiplication and LU-decomposition of a matrix.
K. Mani Chandy, Jayadev Misra
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Systolic Algorithms and Systolic Processors

1992
The systolic processing provides a possibility to solve a large number of standard problems on multicellular computing devices with autonomous cells. Interruptions by the host computer are necessary only for changing of the computing mode and occurs only a few times while solving the problem. They arise on the starting and final phases and sometimes on
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Derivation of Systolic Programs

1994 International Conference on Parallel Processing Vol. 3, 1994
We describe a methodology for mapping linear recurrence equations to a spectrum of systolic architectures. First, we design a systolic program in a very general architecture referred to as Basic Systolic Architecture and establish the correctness of the implementation.
Ladan Kazerouni, Basant Rajan, R. K. Shyamasundar   +2 more
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Systolic hypertension in the elderly

Cardiovascular Drugs and Therapy, 1991
Historically diastolic blood pressure (BP) rather than systolic BP has been regarded clinically as the more important component related to subsequent hypertensive morbidity and mortality, and treatment has thus been directed towards lowering the diastolic BP.
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AN OPTIMAL SYSTOLIC DICTIONARY

Parallel Processing Letters, 1995
We present a simple systolic algorithm for implementing dictionary machine based on the VLSI technology. Our design makes use of a dynamic. global tree rebalancing scheme to attain high system throughput. Our scheme is simple to implement and requires low sophistication in the design of processing nodes.
I. W. Chan, F. Choi
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A systolic simplex algorithm

International Journal of Computer Mathematics, 1991
In this paper a systolic algorithm is presented for the Simplex algorithm as used in Linear Programming applications. In addition, to reduce computer storage requirements, a revised form of the algorithm is considered for systolic array implementation using the product form of the inverse.
David J. Evans 0001, Graham M. Megson
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