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Self-partitioning neural networks for target recognition

机译:自分区神经网络用于目标识别

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Abstract: In this paper, we present a method for quantifying the degree of non-cooperation that exists among the target members of the neural network training set. Both the network architecture and the training algorithm are taken into consideration while computing non-cooperation measures. Based on these measures the network automatically partitions into several identical networks and each partition learns a subset of the targets. The partitioning takes place only when necessary and when needed the computation for partitioning is minimal. Each network is simple with only one hidden layer and currently has only one node in the output layer. A fusion network combines partial results to produce the final response. Simulation results indicate that the method is robust and capable of self organization to overcome the ill effects of non-cooperating targets in the training set, thereby reducing training time significantly. !11
机译:摘要:在本文中,我们提出了一种量化神经网络训练集目标成员之间存在的不合作程度的方法。在计算非合作措施时,网络体系结构和训练算法都被考虑在内。基于这些度量,网络会自动划分为几个相同的网络,并且每个分区都将学习目标的子集。仅在必要时进行分区,并且在需要时进行分区的计算最少。每个网络都很简单,只有一个隐藏层,并且当前在输出层中只有一个节点。融合网络结合了部分结果以产生最终响应。仿真结果表明,该方法具有较强的鲁棒性和自组织能力,可以克服训练集中非合作目标的弊端,从而大大减少了训练时间。 !11

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