Rectangular stock cutting is the most applied problem in two-dimensional stock cutting problems which are widely existed in industrial application field.
在工业应用领域中存在大量的二维下料问题，其中应用最多的是矩形件下料问题。
While designing the algorithm, we have considered the situation at large. Thus, the algorithm is feasible in solving most of the actual stock cutting problems especially in large scale.
算法设计时考虑了普遍的情况，所以算法在解决大多数实际下料问题，特别是大规模下料问题时是切实有效的。
Two-dimensional stock cutting problem can be settled by solving two one-dimensional knapsack problems, this paper presents a new algorithm based on the ant colony optimization idea.
基于一维问题的蚂蚁算法，本文将二维矩形件排样问题转化为一维背包问题，然后进行求解。
In national economical production, there have a lot of cutting stock problems.
在国民经济生产中，存在着大量的切割下料问题。
Then, in the second and third problems, this paper discusses two cutting stock problems in which items can be welded.
接下来研究了两个可焊接的排样问题，这两个问题分别是一维可焊接和二维可焊接的排样问题。
The algorithm for constrained two dimensional cutting stock problems is modified to generate cutting patterns. The algorithm is described in detail and a method of th...
本文对两维约束排样算法进行修改，使之能生成所述排样问题的切割方式。
In this thesis, genetic algorithms are studied from coding. 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。
Cutting and Packing Problems are widely occurred in the area of stock-cutting, two-Dimensional layout design and three-Dimensional layout design of many industries.
裁剪与装填问题广泛存在于各行业的材料剪裁、平面布局设计及三维布局设计等方面。
Cutting and Packing Problems are widely occurred in the area of stock-cutting, two-Dimensional layout design and three-Dimensional layout design of many industries.
裁剪与装填问题广泛存在于各行业的材料剪裁、平面布局设计及三维布局设计等方面。
应用推荐