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In this paper, we present a nano-scale reconfigurable mesh that is interconnected with ferromagnetic spin-wave buses. The architecture described here, while requiring the same number of switches and buses as the standard reconfigurable meshes, is capable of simultaneously transmitting N waves on each of the spin-wave buses. Because of this highly parallel(More)
1 The authors are listed alphabetically by last name. Abstract In this paper, we show how to form Partial-Order Multiple-Sequence Alignment graphs on two types of reconfigurable mesh architectures. The first reconfigurable mesh is a standard micro-scale one that uses electrical interconnects, while the second one can be implemented at a nano-scale level and(More)
In this article, we present a nanoscale reconfigurable mesh which is interconnected by ferromagnetic spin-wave buses. In this architecture, unlike the traditional spin-based nano structures which transmit charge, waves are transmitted. As a result, the power consumption of the proposed modules can be low. This reconfigurable mesh, while requiring the same(More)
In this paper, we propose using a new nanoscale spin-wave-based architecture for implementing neural networks. We show that this architecture can efficiently realize highly interconnected neural network models such as the Hopfield model. In our proposed architecture, no point-to-point interconnection is required, so unlike standard VLSI design, no(More)
1 The authors are listed in alphabetical order. Abstract In this paper, we present three hierarchical multi-scale architectures that are interconnected electro-optically at micro-scale level and via spin waves at nano-scale level. These architectures are derived from the Optical Reconfigurable Mesh (ORM), which is a MEMS architecture that supports several(More)