Design space exploration searches for optimal solutions from "summary" of System Design by Andreas Gerstlauer,Rainer Dömer,Junyu Peng,Daniel D. Gajski
Design space exploration involves the systematic investigation of potential design choices to identify the best possible solution. This process requires analyzing a vast array of design options to determine the optimal configuration that meets the desired criteria. By exploring different design alternatives, engineers can evaluate the trade-offs between various design parameters and select the most efficient and effective solution. The goal of design space exploration is to navigate through the complex design landscape to find the most favorable design solution. This involves considering multiple factors such as performance, power consumption, cost, and area to achieve an optimal balance among competing design requirements. By exploring the design space thoroughly, engineers can identify the design configurations that offer the best overall performance within the given constraints. Design space exploration involves conducting a systematic search through the design space to evaluate the performance of different design options. This process typically involves using simulation tools and mathematical models to predict the behavior of each design alternative. By analyzing the results of these simulations, engineers can compare the performance of different designs and identify the most promising solutions. The ultimate goal of design space exploration is to identify the optimal design solution that maximizes performance while minimizing cost and other constraints. By systematically exploring the design space, engineers can uncover innovative design configurations that offer superior performance compared to conventional design approaches. This iterative process of exploration and evaluation enables engineers to identify the most efficient and effective design solution for a given set of design requirements.
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