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Formulation of a Neural System and Application to Topographical Mapping

机译:神经系统的公式化及其在地形测绘中的应用

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Formulation of a neural system is presented, and its application to Topographical mapping is presented with system synchronization. Synchronization is first taken up as an essential and important function of operation. The measures of time, space, and motion are given based on a common time by all neurons of a system. Topographical mapping by a neural system is presented based on the measures given above. This function was taken up as a fundamental operation of complex and supreme brain function. Mapping is applied for topologies on 2D plane and also 3D space. Operation with this modeling and algorithm are evaluated by computer simulation using sound signals received by physical sensors. Results of simulation show that the modeling and algorithm are effective and reliable with least error of generation times and positions in space.
机译:介绍了神经系统的公式化,并通过系统同步介绍了其在地形图中的应用。同步首先被视为操作的基本和重要功能。时间,空间和运动的度量由系统的所有神经元根据共同的时间给出。基于以上给出的措施,通过神经系统进行了地形图绘制。该功能被视为复杂和最高大脑功能的基本操作。映射适用于2D平面和3D空间上的拓扑。使用物理传感器接收的声音信号,通过计算机仿真可以评估使用此模型和算法进行的操作。仿真结果表明,该模型和算法有效可靠,生成时间和空间位置误差最小。

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