介绍了一个多功能智能型航次计划优化系统的设计与实现，得到了一个能在微机网络上运行的有效原型。
This paper presents the design and implementation for a Multi Purpose Intelligent Voyage Scheduling Optimization System and a prototype which can be operated on a local area network is obtained.
为得到最优计划方案，针对搭接网络计划，建立了资源均衡优化的数学模型，并设计了自适应蚁群系统的求解算法与实现过程。
To get the optimum solution for the planning, I construct a model of resource optimization for spliced network planning, and design Adaptive Ant Colony Algorithm to solve it.
指出在复杂大系统工程项目计划中，利用网络计划技术进行动态优化管理与决策是工程项目计划管理与决策的一种有效途径。
And it is considered a effective approach to apply dynamic optimization management and decision with network schedule technique in complex large system project schedule.
提出了结合柔性网络计划技术的进度分析与优化方法，包括工期分析及资源优化，在此基础上提出了基于可视化动态仿真的施工进度实时管理与控制方法；
The methodology of visual dynamic simulation for construction schedule is presented in this thesis, visualization of founding model, calculating and result of schedule simulation is realization;
提出了结合柔性网络计划技术的进度分析与优化方法，包括工期分析及资源优化，在此基础上提出了基于可视化动态仿真的施工进度实时管理与控制方法；
The methodology of visual dynamic simulation for construction schedule is presented in this thesis, visualization of founding model, calculating and result of schedule simulation is realization;
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