差额法

对差额法进行改进并应用到求解任务分配的决策问题中。

The Difference Method is improved and applied for tasks assignment decision .

本研究借助差额法推导出一系列奶牛育种目标性状的边际效益计算公式。

Formulas for the calculating the marginal profits of objective traits of dairy cattle have been deduced by the Difference Method .

供给需求差额法的改进及其应用

The Improvement of Supply - dem and Balance and Its Application

不平衡指派问题的差额法求解及其应用

Application of Difference Method in Unequally Assignment Problem

预期差额法的产生与发展

The formation and development of PD method

实际应用表明，本文数据关联模型以及差额法适合于处理背景杂波不太强和目标不太密集情况下的异地多传感器数据关联问题。

The practical results show that the method in this paper is suitable to deal with data association of week clutters and sparse targets environment .

分析了经典的匈牙利算法存在的缺点，结合代价矩阵的特点，提出了求解分配问题的一种新的算法&差额法。

After analyzing disadvantage of the classic Hungary method , a new method , maximum difference method , is presented to solve the assignment problem considering the characteristics of cost matrix .

结合我国鲁西黄牛的生产、育种、市场条件和对未来的发展趋势，采用差额法计算了3类性状共6个育种目标性状的边际效益，并通过对其标准化。

Combining condition of Luxi cattle production , breeding , market and further developing trend , calculated the marginal profit of the three kind traits-growth , carcass quality and Reproduction by balance method .

第二种方法是采用差额法来计算企业的信用资产价值，即以企业的整体价值与企业可辨认净资产公允价值的差额，来作为企业信用资产的计量价值。

The second is using balance method to calculate the value of enterprise credit asset , that is to use the difference between the total value of the enterprise and the fair value of the net asset .

本文紧密结合新疆超细型细毛羊育种的需要，以基因流动法为核心，利用系统分析方法确定了超细型细毛羊的育种目标性状，并采用差额法计算了各目标性状的边际效益。

This paper related closely to the demand of high-quality Merino sheep breeding in Xinjiang Autonomous Region , based on gene flow method , make use of the system analysis to determine high-quality Merino sheep breeding objectives and traits , adopted balance method to calculate the marginal profits .

在技术经济评价中，本文采用了费用现值法、差额内部收益率法和费用&效益分析法等经济学方法对各方案进行了比较分析。

The economic methods such as CPV ( cost present value ) , AIRR ( internal rate of return ) and C-B ( cost - benefit ) are adopted to judge the projects .