Wireless (virtual) synapses represent a novel approach to bio-inspired neural networks that follow the infrastructure
of the biological brain, except that biological (physical) synapses are replaced by virtual ones based on cellular
telephony modeling. Such synapses are of two types: intracluster synapses are based on IR wireless ones, while
intercluster synapses are based on RF wireless ones. Such synapses have three unique features, atypical of
conventional artificial ones: very high parallelism (close to that of the human brain), very high reconfigurability
(easy to kill and to create), and very high plasticity (easy to modify or upgrade). In this paper we analyze the general
concept of wireless synapses with special emphasis on RF wireless synapses. Also, biological mammalian
(vertebrate) neural models are discussed for comparison, and a novel neural lensing effect is discussed in detail.
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