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Specification and implementation environment for neural networksusing communicating sequential processes

机译:使用通信顺序过程的神经网络的规范和实现环境

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It is pointed out that from a point of view of parallelnprocessing, neural network models belong to the more general class ofncommunicating sequential processes. Sequential operating neuronsncommunicate through input and output connections with other neuronsnworking in parallel. While such a viewpoint brings nothing novel to thentheory of neural models as such, it can be used to make modelndevelopment, simulations, model alterations, comparisons, and testingneasier. This is because the theory of communicating sequential processesnhas an efficient implementation in the Occam language and transputernprocessors. The basic neural network model specification is given,ntogether with code for model implementation. As an example, Kohonen'snself-organizing map model is used
机译:需要指出的是,从并行处理的角度来看,神经网络模型属于通信顺序过程的更一般的类别。顺序操作神经元通过与其他并行工作的神经元的输入和输出连接进行通信。尽管这样的观点并没有给神经模型理论带来新颖的东西,但是它可以用于模型开发,仿真,模型变更,比较和测试。这是因为通信顺序过程的理论已在Occam语言和跨处理器中得到了有效的实现。给出了基本的神经网络模型规范,以及用于模型实现的代码。例如,使用Kohonen的自组织地图模型

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