排课表问题又称时间表问题。
排课表问题是一个涉及因素多、结构复杂的典型组合规划问题。
The course's timetable problem is a typical subject of constitution and planning including many factors and complex structure.
将排课表问题的求解转化为矩阵运算，阐述了矩阵运算的相关算法。
The time-table problem is translated into matrix operation, and the correlative arithmetic is expounded.
对排课表问题进行了探讨，为排课表问题的软件实现提供了详细步骤。
A problem of the course's time-table is discussed in this paper, and the detail software implementation steps are given.
基于闭环dna计算模型引入多种生化实验得出求解排课表问题的DNA算法。
Algorithm of DNA computing for time-table problem was obtained with introducing manifold biochemical experiments on closed circle DNA computing model.
可把排课表问题分成两个层次进行，首先选择合适时间，然后再根据这个时间进行教室调度。
We can divide the timetable problem into two layers to solve. At first we should select a suitable time slice, and then according to the time slice we proceed to schedule the classrooms.
因此如何编制出一套完备、高效、准确、实用的排课表程序已成为当前地方高校面临的普遍问题。
So how to compile a comprehensive, efficient, accurate and practical procedures Timetable table places has now become the common problems faced by colleges and universities.
本文对大学课表的排课要求进行了全面的分析，结合智能学习算法的Q学习算法，设计出了课表编排问题的较为实用的模型。
I analyze the request of curriculum arrangement, using intellect learning arithmetic's Q-learning, designing an applied mathematics model to deal with this problem.
为了处理课程表问题这个NP完全类问题，根据大学编排课表的特点设计了一种全新的使用r _时刻表的设计方法。
In order to deal with the timetable problem, the NP-hard problem, this paper designs a new method by the use of R_timetable, which is based on the character of college courses arrangement.
为了处理课程表问题这个NP完全类问题，根据大学编排课表的特点设计了一种全新的使用r _时刻表的设计方法。
In order to deal with the timetable problem, the NP-hard problem, this paper designs a new method by the use of R_timetable, which is based on the character of college courses arrangement.
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