Distributed Optimization of Temperature Field for Reliable Construction of Electronic Circuits
Bogusław Butryło · 2006
Sequential and distributed implementations of optimization algorithm are validated and applied for the optimization of the temperature field distribution in electronic circuits. The approximated, analytical solution of heat transfer equation is implemented to determine the temperature distribution in the circuit. The genetic algorithm is applied in the computations of the optimal displacement of the components in the circuit. Three different methods of the task and/or domain partitioning in the distributed algorithm are discussed