Models and applications of 2-dimensional analog field computer
二维模拟场计算机建模与应用

The micro extended analog computer(uEAC) is a newly emergent unconventional computing facility under research and development. It consists of an analog electric field and a multi-value logic, constituting a computing unit for data computation and information processing. We analyze the structure of the 2-dimensional uEAC system, and derive the finite-element mathematical model for the electric field. On this basis, we develop a uEAC simulator with the ANSYS. This simulator is combined with the particle swarm optimization, which is applied to practical optimizing design. By solving the classical XOR and tri-XOR problems, the uEAC demonstrates its capability in solving the linear inseparable problems. This provides a basis for the further application of uEAC to practical problems.