Search results for "Degree of parallelism"

showing 2 items of 2 documents

SoC-Based Implementation of the Backpropagation Algorithm for MLP

2008

The backpropagation algorithm used for the training of multilayer perceptrons (MLPs) has a high degree of parallelism and is therefore well-suited for hardware implementation on an ASIC or FPGA. However, most implementations are lacking in generality of application, either by limiting the range of trainable network topologies or by resorting to fixed-point arithmetic to increase processing speed. We propose a parallel backpropagation implementation on a multiprocessor system-on-chip (SoC) with a large number of independent floating-point processing units, controlled by software running on embedded processors in order to allow flexibility in the selection of the network topology to be traine…

Computer scienceDegree of parallelismOverhead (computing)MultiprocessingParallel computingFixed-point arithmeticPerceptronNetwork topologyField-programmable gate arrayBackpropagation2008 Eighth International Conference on Hybrid Intelligent Systems
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Parallel Simulated Annealing: Getting Super Linear Speedups

2005

The study described in this paper tries to improve and combine different approaches that are able to speed up applications of the Simulated Annealing model. It investigates separately two main aspects concerning the degree of parallelism an implementation can egectively exploit at the initial andfinal periods of an execution. As for case studies, it deals with two implementations: the Job shop Scheduling problem and the poryblio selection problem. The paper reports the results of a large number of experiments, carried out by means of a transputer network and a hypercube system. They give useful suggestions about selecting the most suitable values of the intervention parameters to achieve su…

Mathematical optimizationSpeedupComputational complexity theoryJob shop schedulingParallel processing (DSP implementation)Computer scienceSimulated annealingDegree of parallelismFlow shop schedulingParallel computingHypercubeProceedings. Second Euromicro Workshop on Parallel and Distributed Processing
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