Multi Objective Design Space Exploaration for Grid ALU Processor
Reza Asgari · International Journal of Embedded Systems and Applications · 2012
Todays billions of transistors allow architects to design different huge processor to increasing parallel execution of instructions, which leads to increasing complexity of architecture.Establishing a trade-off between the complexity and performance to finding optimal design is a big challenge.In this paper we are going to focus on the design space exploration the Grid ALU Processor (GAP) to finding optimal design for it.To do so we address a multi-objective optimization method based on Pareto Front.This method helps us find best configuration of GAP at maximum performance and minimum complexity.