An example shows the disassembly sequence generation and optimization process.
通过实例说明拆卸序列生成及优化过程。
Disassembly modeling is the basis of disassembly sequence planning and the key of green design.
拆卸建模是拆卸序列规划的基础，也是绿色设计的关键。
Disassembly is a precondition of recovery, disassembly sequence planning is to win the most of profits and obtain the optimization disassembly sequence.
拆卸是回收的前提，为了得到最大的回收效益，对拆卸序列进行规划，得到最优的拆卸序列。
It be used in disassembly sequence planning process which is a hybrid optimization algorithm, the particle swarm-simulated annealing optimization algorithm (PSO-SA).
本文将基于模拟退火的粒子群优化算法这一混合优化算法应用于拆卸序列规划求解问题。
By analyzing the uncertainty of product disassemble process, a product disassembly sequence planning was mapped into a problem which can be solved by greedy algorithm.
分析了产品实际拆卸过程中的不确定性，将实际产品拆卸序列规划转化为一类贪婪算法求解问题。
With assembly model organized in hierarchical and relational mode, the problem of automatically generating assembly and disassembly sequence is explored using cut set theory.
采用层次与关系相结合的装配模型，研究利用割集法自动求解装配与拆卸的并行序列问题。
There are so many elements relative to the disassembly process, so it is a complicated issue that how to consider the factors, adjust the sequence properly and given the best disassembly sequence.
但是拆卸过程涉及到大量的因素，如何充分考虑这些因素，适当调整顺序，得到效率最大化的拆卸序列是十分复杂的问题。
To solve the problem of combination explosion during the disassembly sequence generation process, an approach based on the Hierarchy Network Graph to generate the disassembly sequence was put forward.
为了解决拆卸序列生成过程中的组合爆炸问题，提出了一种基于层次网络图的拆卸序列生成方法。
This paper use GA to deal such kind of problem, which can generate an optimal sequence under constraint of disassembly priority.
这里使用遗传算法来规划拆卸序列，产生满足约束条件的效率最好的顺序。
This paper use GA to deal such kind of problem, which can generate an optimal sequence under constraint of disassembly priority.
这里使用遗传算法来规划拆卸序列，产生满足约束条件的效率最好的顺序。
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