Description: Firstly, multi-point manufacture routine optimum model is referred. The highest
efficient is the object function. Multi-holes machining and multi-weld system are adapted
to verify the economics and adaptability of model. Secondly, separately the routine
optimum models of both systems are built up. Restriction in the real systems is considered
(such as the tool change speed, staple shaft moving speed in CNC and operation platform
rotation speed in weld robot). The approximate way is referred to predigest the n times
visits as 1 times visit, to establish the multi-holes CNC machining model. Thirdly, analyze
and compare the characters and difference of penalty function, Tabu algorithms, point out
their faults combine with the merits of other algorithms, and adapt the improving Hopfield
algorithms calculate the routine optimum model based on TSP, which is speedily and
easily calculated. The optimum program is compiled in C language to achieve the
improving algorithms.
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基於TSP的加工路徑優化.pdf
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