1) one-dimensional cutting-stock
一维下料
1.
A new optimization algorithm for one-dimensional cutting-stock problem;
一维下料优化的一种新算法
2.
Simulated annealing algorithm based on satisfaction degree for one-dimensional cutting-stock problems with multiple stock lengths
多规格一维下料问题基于满意度模拟退火算法
3.
The mathematical model of one-dimensional cutting-stock problem for bi-objective and multi-constraints is set up.
研究了一维下料优化问题,建立了一维下料的双目标多约束数学优化模型,并给出了求解模型的蚁群算法的具体实现过程;针对模型的特殊性,提出了零件编码和将所有下料方式首尾连接转化为蚂蚁路径的方法,并讨论了初始化参数变量的选择问题。
2) one-dimensional cutting stock
一维下料
1.
Efficient heuristic algorithm for one-dimensional cutting stock problem
一种有效的求解一维下料问题的启发式算法
2.
After summarize the basic conception, sort and actuality of research of cutting stock problem, some classical arithmetic to settle one-dimensional cutting stock problem and their deficiency are introduced.
本文在综述了下料问题的基本概念、分类和研究现状之后,介绍了解决一维下料问题的几种典型算法,并分别分析了各算法的不足之处。
3) one-dimensional cutting stock problem
一维下料问题
1.
Applying AB classification method in one-dimensional cutting stock problem
一维下料问题的AB分类法
2.
With the rapid development of national economy in recent years, the one-dimensional cutting stock problem occurs in many industry areas.
近年来,随着国民经济的飞速发展,一维下料问题在建筑、电力、水利等领域获得了越来越广泛的应用。
4) one-dimensional cutting-stock problem
一维下料问题
1.
The purpose of this optimization model is to improve the cost of one-dimensional cutting-stock problem.
在一维下料问题中,针对增加下料方式引起加工成本的不同,建立了多目标优化模型,并给出了求解算法。
5) one-dimensional cutting stock problems
一维下料问题
1.
On the basis of the study genetic algorithms are applied to solving one-dimensional cutting stock problems.
本篇论文在对遗传算法进行分析和研究的基础上，把遗传算法用于一维下料问题的求解。
补充资料：维料制璞
维料制璞 维料又称选料。砚石采出后不是全部都能制造砚台。必须认真挑选，凿去“烂石”（即所谓“虫蛀”）、“石皮”，保留“石肉”，然后按质分类加工成为长方形砚璞（即三边雕花砚、门字砚、池头雕花砚、淌池砚），或太史砚式、神斧砚式、金钟砚式、瓜形砚式、杂形砚式以及天然砚式等砚璞。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条