反导战术预警信息网的体系结构研究

对反导战术预警信息网的体系结构进行了初步研究,提出了反导战术预警信息网的概念和建设原则,从作战单元之间的通信和信息处理分发两个角度分析了反导战术预警信息网的通信链和预警信息分发策略,简述了构建反导战术预警信息网的优化方法,为构建反导战术预警信息网提供了参考依据。     

高等代数与解析几何课程合并教学的优化问题

对高等师范数学专业高等代数与解析几何两门课程合并教学的优化问题进行论述。通过分析两门课程内容的前后联系，提出了四点解决课时少内容多的矛盾及优化教学的建议。     

马房沟提水工程首部引水枢纽优化设计

为使工程布置和建筑物设计更趋经济实用、安全合理，文章从引水工程布局、运行调度、工程投资、管理维护等方面对马房沟提水工程首部引水枢纽的设计方案进行了优化比选。     

减少化验次数的一个优化模型

依据数学理论证明在一定条件下，可以减少化验次数；并给出了选择方法；建立了一个减少化验次数的优化模型。     

一类闭排队网络引入遗忘因子的优化算法研究

在闭排队网络服务策略的优化中，基于对系统一条样本轨道的仿真进行策略优化是一种很有实用意义的方法，但在具体优化过程中，过多的仿真次数是影响寻优速度的重要因素。该论文提出了一种引入遗忘因子，利用参数取旧值时的仿真中所获得的信息进行优化的方法，使寻优速度有显著提高。     

LOGISTICS SCHEDULING： ANALYSIS OFTWO-STAGE PROBLEMS

This paper studies the coordination effects between stages for scheduling problems where decision-making is a two-stage process. Two stages are considered as one system. The system can be a supply chain that links two stages, one stage representing a manufacturer; and the other, a distributor It also can represent a single manufacturer, while each stage represents a different department responsible for a part of operations. A problem that jointly considers both stages in order to achieve ideal overall system performance is defined as a system problem. In practice, at times, it might not be feasible for the two stages to make coordinated decisions due to (i) the lack of channels that allow decision makers at the two stages to cooperate, and/or (ii) the optimal solution to the system problem is too difficult (or costly) to achieve.Two practical approaches are applied to solve a variant of two-stage logistic scheduling problems. The Forward Approach is defined as a solution procedure by which the first sta     

电子超市易用性评估及链接结构优化模型

用无权有向图来描述网站结构，提出以网站是否方便顾问访问相关商品网页为标准的网站评估方法，建立了一种网站结构优化的数学模型，并采用禁忌搜索算法（TS）对问题进行求解，通过一个随机网站结构的例子，说明更新算法比布尔矩阵乘法以及重复调用广度优先算法进行TS领域搜索具有更高的效率，实例研究表明所述方法可以帮助网站设计者通过减少量的链接得到更加方便顾客使用的网站结构。     

FROM MANUFACTURING SCHEDULING TO SUPPLY CHAIN COORDINATION：THE CONTROL OF COMPLEXITY AND UNCERTAINTY

With time-based competition and rapid technology advancements, effective manufacturingscheduling and supply chain coordination are critical to quickly respond to changing marketconditions. These problems, however, are difficult in view of inherent complexity and variousuncertainties involved. Based on a series of results by the authors, decomposition and coordination byusing Lagrangian relaxation is identified in this paper as an effective way to control complexity anduncertainty.A manufacturing scheduling problem is first formulated within the job shop context withuncertain order arrivals, processing times, due dates, and part priorities as a separable optimizationproblem. A solution methodology that combines Lagrangian relaxation, stochastic dynamicprogramming, and heuristics is developed. Method improvements to effectively solve large problemsare also highlighted. To extend manufacturing scheduling within a factory to coordinate autonomicmembers across chains of suppliers, a decentralized supply chai