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Neural nets with varying topology for high energy particle recognition: theory and applications

机译:具有不同拓扑的神经网络,用于高能量粒子识别:理论与应用

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In this paper we start from a critical analysis of the fundamental problems of the parallel calculus in linear structures and of their extension to the partial solutions obtained with non-linear architectures. Then, we present shortly a new dynamic architecture able to solve the limitations of the previous archietctures through an automatic re-definition of the topology. This architecture is applied to real time recognition of particle tracks in high energy accelerators and in astrophysics experiments.
机译:在本文中,我们从对线性结构的平行模次的根本问题的关键分析开始,并将其扩展到非线性架构获得的部分溶液。然后,我们很快就提供了一种能够通过自动重新定义拓扑的自动重新定义来解决先前的预装的限制的新动态架构。该架构应用于高能量促进剂和天体物理实验中的粒子轨道的实时识别。

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