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Adoption of Combinatorial Graph for Inhibitory Process in Optimization Problems

机译:采用组合图抑制过程优化问题

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This work is the follow up of the 'Process of Inhibition' supporting neural network models constructed based on biological theories in the earlier works to perform successfully in solving the optimization type problems. The algorithmic implementation of process of inhibition is replaced using the proposed Combinatorial Inhibition Graph (CIG) in this work. This adopted graph produces better performance than the algorithmic implementation done in the earlier works and is found to be suitable for further neural implementation for the process of inhibition. The combinatorial graph which is also suggested suitable for achieving improved performance in a concurrent processing environment is appropriately adopted in this work. The implemented CIG was not only combinatorics in nature but also act as a multi relational graph in solving complex problem like sum-of-subset.
机译:这项工作是基于先前的生物理论构建的神经网络模型的“禁止过程”的后续工作,以成功地解决优化类型问题。 使用该工作中所提出的组合抑制图(CIG)替换抑制过程的算法实现。 该采用的图表产生比早期工作中的算法实现的更好的性能,并且被发现适合于进一步的抑制过程的神经实现。 还适用于在该工作中适当地采用了适用于在并发加工环境中实现改进性能的组合图。 实施的CIG不仅是大自然中的组合学,而且在解决像子集合的复杂问题时也是一种多关系图。

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