实现反应性禁忌搜索算法的神经网络并行神经芯片:应用案例研究

G. Danese, I. Lotto, F. Leporati, Alessio Quaglini, S. Ramat, G. Tecchiolli
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引用次数: 2

摘要

在这项工作中,我们提出了在神经计算机图腾Nc3001上实现的两种不同的应用程序。实验的目的是在实际问题上测试这个由32个数字信号处理器(dsp)组成的强大并行单元的性能,并评估其对神经网络应用的适用性。实现的第一个问题是一个典型的分类算法,其中网络识别哪些点属于二维空间中的不同区域。第二个问题的计算量更大,它包括一个能够重现眼球运动的网络,如果得到适当的刺激。报告了Matlab实现或在工作站上运行的手写代码与从Totem芯片获得的性能之间的比较。
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A parallel neurochip for neural networks implementing the reactive tabu search algorithm: application case studies
In this work we present two different applications implemented on the neurocomputer Totem Nc3001 from Neuricam Inc. The goal of the experimentation is to test, on real problems, the performance of this powerful parallel unit consisting of 32 Digital Signal Processors (DSPs) and to evaluate its suitability to neural network applications. The first problem implemented is a typical classification algorithm in which the network recognises which points belong to different regions inside a 2D space. The second problem is more computationally heavy and consists of a network able to reproduce the eye movements, if properly stimulated. A comparison is reported between Matlab implementations or handwritten code run on workstations and the performance obtained from the Totem chip.
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