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Digital Implementation of a Logical Functor on a PLD

机译:PLD上逻辑函子的数字实现

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A digital circuit was implemented on a PLD to emulate the concept of logical functor physically, element from which all the Boolean connectors that exist can be generated. With this circuit, based on the Mc Cullock and Pitts neuron model and operating in agreement with the theory of the functor, several tests were carried out, starting from the application of values to the group of inputs that are considered as the threshold value that governs the behavior of the operator as well as to the group of inputs that are operated by the connector through this threshold. The obtained results present characteristics of behavior that refer to the above mentioned different Boolean operations. In these results, the utility of this functor is observed since it can be manipulated to solve diverse operation necessities, without requiring any connections or alterations to the existing system.
机译:在PLD上实现了数字电路,以物理上模拟逻辑函子的概念,可以从中生成所有存在的布尔连接器的元素。在此电路的基础上,基于Mc Cullock和Pitts神经元模型,并且根据函子的理论进行操作,从将值应用于被认为是控制阈值的输入组开始,进行了一些测试操作员的行为以及通过该阈值由连接器操作的一组输入的行为。所获得的结果呈现了涉及上述不同布尔运算的行为特征。在这些结果中,观察到该函子的实用性,因为可以对其进行操纵以解决各种操作需求,而无需对现有系统进行任何连接或改动。

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