The multi-objective optimization design and simulation of rocker-slider mechanism for lifting platform based on genetic algorithm

This paper introduces the way to optimize the rocker-slider mechanism for lifting platform based on genetic algorithm of excessive objects, aimed at the minimum compression height, the maximum lifting height and the largest cylinder's axial force. And combined with MATLAB's graph management and interface development function, we have produced a motion simulation for the rocker-slider mechanism for lifting platform. The optimization result indicates that this method has overcome the shortcoming of traditional ones, and it has great advantages on the process of solution and intuitional representation.