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IR wireless cluster synapses of HYDRA very large neural networks

机译:HYDRA超大型神经网络的IR无线集群突触

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RF/IR wireless (virtual) synapses are critical components of HYDRA (Hyper-Distributed Robotic Autonomy) neural networks, already discussed in two earlier papers. The HYDRA network has the potential to be very large, up to 10~(11)-neurons and 10~(18)-synapses, based on already established technologies (cellular RF telephony and IR-wireless LANs). It is organized into almost fully connected IR-wireless clusters. The HYDRA neurons and synapses are very flexible, simple, and low-cost. They can be modified into a broad variety of biologically-inspired brain-like computing capabilities. In this third paper, we focus on neural hardware in general, and on IR-wireless synapses in particular. Such synapses, based on LED/LD-connections, dominate the HYDRA neural cluster.
机译:RF / IR无线(虚拟)突触是HYDRA(超分布式机器人自治)神经网络的重要组成部分,在之前的两篇论文中已经讨论过。基于已经建立的技术(蜂窝RF电话和IR无线LAN),HYDRA网络具有很大的潜力,最多可达10〜(11)个神经元和10〜(18)个突触。它被组织成几乎完全连接的红外无线集群。 HYDRA神经元和突触非常灵活,简单且低成本。可以将它们修改为多种受生物启发的类似于大脑的计算功能。在第三篇文章中,我们通常将重点放在神经硬件上,尤其是在IR无线突触上。这种基于LED / LD连接的突触支配HYDRA神经簇。

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