该问题的解决算法在很多问题的解决中被使用，如巡视员问题，机器人的运动规划等等。
Algorithms for this problem have many use for solving a lot of problems, such as Watchman Route problems and Robot motion planning problem etc.
为了解决算法少数情况下的失效问题，深入研究和分析了一种修正算法——组合松弛算法。
In order to solve the failure of the structural index reduction algorithms in a few cases, another algorithm which is called combinatorial relaxation algorithm is analyzed and studied.
分析了判车过程中存在的矿车上下衡、车辆往复以及车辆抖动问题，结合矿山轨道衡的实际，提出了具体的解决算法。
We analyze the car harvesters and scale, vehicle and vehicle jitter, reciprocating dynamic weighing mines. Combining with practical, we put forward specific solution algorithm.
分析了判车过程中存在的矿车上下衡、车辆往复以及车辆抖动问题，结合矿山轨道衡的实际，提出了具体的解决算法。
We analyze the car harvesters and scale, vehicle and vehicle jitter, reciprocating dynamic weighing mines. Combining with practical, we put forward specific solution algorithm.
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