System and Component Design for Wireless Distributed Computing

Abstract

Wireless distributed computing (WDC) enhances computational performance by combining computer resources over the wireless network. Therefore, high-performance RF front-end is necessary for high-speed wireless communication. (a) A 24 GHz amplifier has been designed in 59 min using particle swarm optimization. (b) A planar filter has been synthesized in 2.9 ms using a convolutional neural network. (c) $\mathrm{A} \ 1\times 2$ array Yagi-antenna has been proposed using a rat-race balun as a power divider. In this paper, we clarify the current circumstances of (a) amplifier, (b) filter, and (c) antenna designs because these components are the major components of the RF front-end of the WDC. We also discuss the future plans of these designs and the integration of these components for the highperformance computing over the WDC.