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Neural network approach to design of distributed hard real-time systems

机译:神经网络方法设计分布式硬实时系统

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This paper examines the utility of neural networks for optimization problems occuring in the design of distributed hard real-time systems. In other works, it describes how neural networks may also be used to solve some combinatorial optimization problems, such as: com-puter locations in distributed system, minimalization of overall costs, maximization of system reliability and availability, etc. All requested parameters and constraints in this optimization process fullfil the conditions for design of distributed hard real-time systems. We show that the neural network approach is useful to obtain the good results in the optimization process. Numerical experimentation confirms the appropriatness of this approach.
机译:本文研究了神经网络用于优化分布式硬实时系统设计中出现的问题的实用性。在其他工作中,它描述了如何将神经网络也用于解决一些组合优化问题,例如:分布式系统中的计算机位置,总成本最小化,系统可靠性和可用性最大化等。所有请求的参数和约束在此优化过程中,满足了分布式硬实时系统设计的条件。我们证明了神经网络方法对于在优化过程中获得良好的结果很有用。数值实验证实了这种方法的适用性。

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