离散

In this paper, a Robust Discrete Optimization model of elevator group control system is presented for dealing with the uncertainty in elevator traffic flow and computational complexity in scheduling. Based on RDO theory, we propose a new elevator group scheduling Algorithm. Comparison is carried between the RDO algorithm and other scheduling algorithms under the virtual simulation platform of elevator group scheduling.

针对电梯群控调度过程中交通流的不确定性和优化求解复杂性问题，本文通过建立电梯群控调度系统的鲁棒离散优化模型，实现了一种基于鲁棒离散优化理论的新的电梯群控优化调度算法。

Discrete mathematics is part of modern mathematics and a branch of studying the structure and interrelation of discrete objects.

离散数学属于现代数学的范畴，是研究离散量的结构及相互关系的学科。

Discrete mathematics is an important branch of modern mathematics. It is the fundamental course of computing science.

离散数学是现代数学的一个重要分支，是计算机科学中的基础理论核心课程，它研究世界事物间的离散结构和相互关系。

The development of this system is to make the management of the discrete mathematics test library more efficient.

为了实现离散数学题库管理的信息化而开发了离散数学题库管理系统。

It is based on discrete amount of research on the structure and the relationship between the main objective of Discrete Mathematics introduces the various branches of the basic concept of the basic theory and method.

它是以研究离散量的结构和相互关系为主要目标，主要介绍离散数学的各个分支的基本概念、基本理论和基本方法。

Discrete mathematics is mathematics that deals with discrete structure and correlation.

离散数学主要研究离散对象之间的数量结构和相互关系。

Graph theory is an important branch of discrete mathematics, and discrete mathematics is the ideological foundation of computer science and technology.

图论是离散数学的骨干分支，离散数学则是计算机科学技术与网络信息科学的思想基础。

Discrete version of PSO, MATLAB environment to solve the problem of discrete optimization helpful.

离散版粒子群算法，MATLAB环境中的，对求解离散优化问题很有帮助。

Optimization design is often used in the design of MRI superconducting main magnet, where all variables are treated as continuous ones. According to the fact that not all variables are continuous, here the design problem is seen as a global optimization problem with discrete variables.

软件简介：在进行MRI超导主磁体的设计时常采用优化设计的方法，将各设计参数看作连续变量处理，但实际上很多参数是离散变量，为了更符合工程实际，将超导MRI 主磁体的设计作为一个含有离散变量的全局优化问题。

A novel hybrid algorithm, which combines predictor-corrector primal-dual interior point method and genetic algorithm, is presented for dynamic and static reactive optimization in this dissertation. The algorithm fully make use of the advantage of interior point method in solving successive optimization problem and the advantage of genetic algorithm in solving discrete optimization problem. The original problem is divided into three parts: total successive problem, discrete problem and successive problem.

结合内点法和遗传算法，本文提出了一种新颖的混合算法用于求解动、静态无功优化问题，算法充分利用了内点法易于求解连续优化问题和遗传算法易于求解离散优化问题的优势，将原优化问题分解为初步的连续优化问题、离散变量优化问题、连续变量优化问题这三个子问题分别求解。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。