Research on dynamic micro-extended-analog-computer array controller

Analog field computation is a newly emergent unconventional computing area. The micro-Extended-Analog-Computater (uEAC), a typical analog field computation model, achievs the mapping by a configurable analog electrical field and multi-value logic units. In the paper, the static model of a single uEAC unit is established and the limition on nonlinear mapping is discussed. According to the analysis results, an uEAC array with a full-connceted topology is proposed, furthermore, Particle Swarm Optimizater (PSO) is adopted to configurate the topology and resistance matrix. As a results, various uEAC array with more special topology and more computing power. The novel uEAC array is designed as a controller of a gimbal system. Simluation results demostrates the special structure and effectiveness of the uEAC array controller.