广义运输问题不能用运输问题的表上作业法进行求解。
Generalized transportation problem can't be solved by table working method.
可转化成运输模型的生产计划问题，传统解法为表上作业法。
The traditional method is a table method for solving production planning problem with transportation problems characteristics.
本文提出广探生长树法是表上作业法中搜索闭回路的一种快速算法。
We put forward a broad-searching-growing-tree-method that is a quicker algorithm for searching closed loop in operation-at-table-method.
本文利用线性规划中运输模型的表上作业法，安排制定最优生产计划。
Arrange the optimal prodution plan based on method of table work of transportation model in liner programming.
用高斯消去法和动态规划的知识介绍对运输问题表上作业法的另一种解法。
This paper is to introduce another solution to operation method expressed in tables of transportation problem with the knowledge of Gaussian elimination and dynamic programming.
对运量有上界的转运问题进行研究，给出了求解此类问题的两种求解算法：表上作业法和最小费用最大流法。
Two methods of the minimum expenses and maximum flux and the table dispatching method to the rotating-transporting problem with a transport amounts upper bound were given.
本文针对受时间约束的运输问题，提出了一种基于表上作业法的优化求解算法，并用算例说明了该算法的求解过程。
Aiming at the transportation problem with time constrained, a kind of optimized arithmetic based on table-working method is presented in this paper.
运输问题的数学模型及其特征，运输问题的求解方法（表上作业法），运输模型的进一步讨论，运输模型对偶问题分析。
The transportation models and its characters, the Transportation Simplex Method, Further discussions about the transportation models, analysis on the dual transportation problems.
结合联勤体制下我军弹药调运的特点，基于最低运费的原则，建立了弹药运输问题的单目标线性规划模型，并通过表上作业法求解了实际算例。
Basing on the trait of United Logistics and the principle of min-cost, a single-objective linear programming model (SLPM) for the ammunition transportation problem is presented.
讨论了一种地理信息系统空间分析算法——最短路径分析，然后利用最短路径结果，采用表上作业法将灾害救援物资进行优化，给出最优调运方案。
Then it optimized the rescue supplies using form operation method based on the result of the shortest path, and selected the optimal transportation scheme.
讨论了一种地理信息系统空间分析算法——最短路径分析，然后利用最短路径结果，采用表上作业法将灾害救援物资进行优化，给出最优调运方案。
Then it optimized the rescue supplies using form operation method based on the result of the shortest path, and selected the optimal transportation scheme.
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