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从矛盾指标问题的求解出发，提出了满意解的折衷优化原理。通过分析指标间的速度型矛盾度和速度型接近度来确定各指标的折衷权值，并将求得的折衷权值代入总体满意度函数进行满意优化设计。以二阶欠阻尼控制系统的设计为例，优化出系统的最佳阻尼比。
Based on the solution of the contradictory index problem, the compromise optimization principle of satisfactory solution is proposed. The eclectic weight of each index is determined by analyzing the speed-type contradiction and the speed-type proximity between indicators, and the compromise weight is substituted into the overall satisfaction function for satisfactory optimization design. Taking the design of the second-order underdamped control system as an example, the optimum damping ratio of the system is optimized.