1)  rate matrix
率矩阵
2)  probability matrix
概率矩阵
1.
In this paper the method dealing with the distribution of passenger stream into the vehicle and probability matrix of passenger out of the vehicle is discussed.
本文讨论了城市公交车调度问题中的上车乘客流分布和下车概率矩阵的处理方法,建立了基于模拟公共汽车运行的公交车调度问题的数学模型,给出了解法,并对模型的应用进行了讨论。
2.
A k-steps fault pervasion and localization algorithm is put forward,which fractionalizes the fault directional graph and finds the optimal pervasion route or the most suspicion nodes with the fault propagation probability matrix.
对系统故障有向图进行了分片处理,结合故障传播概率矩阵对故障嫌疑节点进行故障扩散模拟寻找最佳扩散路径和最大嫌疑节点。
3.
In the algorithm, every possible motion vector s probability of current macro block is estimated by the previous macro blocks motion vectors, and constitutes the probability matrix whose size is as the same as the search window s.
为了提高运动向量估计算法的速度和精度,提出了一种改进的快速块匹配运动估计算法:依据之前宏块的运动向量,估计当前宏块各可能的运动向量对应的概率值,组成和搜索窗口同样大小的概率矩阵,并根据概率大小限制搜索的次数。
3)  frequency-based matrix
频率矩阵
1.
A frequency-based matrix diversity strategy is applied in the traditional Genetic Algorithm.
在传统的遗传算法中 ,引入一种基于频率矩阵的种群多样性策略 。
4)  ratio matrix
比率矩阵
1.
Removing the overlapped source signals spectrum through choosing observation signals and constructing ratio matrix,the mixing matrix is estimated precisely by using Robust Competitive Agglomeration.
该方法通过构造比率矩阵对观测信号进行分选,剔除了源信号频谱重叠的部分,然后利用鲁棒竞争的聚类学习算法获得对混合矩阵的精确估计,解决了源信号在频域不充分稀疏的条件下准确估计混合矩阵的问题。
5)  efficiency matrix
效率矩阵
1.
This paper discusses the optimal solution change,after it is changed to elements of efficiency matrix of assigning problem.
进一步讨论了在保持分派问题最优解不变的情况下,效率矩阵元素的变化范围。
2.
This paper discusses the optimal solution change, after it is changed to elements of efficiency matrix of assigning problem.
讨论分派问题的效率矩阵的元素发生变化时,对最优解的影响;在保持分派问题最优解不变的情况下,效率矩阵的元素的变化范围;及当分派问题的最优解发生变化后,如何用简单的方法求得新的最优解等。
3.
The general solution of the best answer to the assignment problem through more than one efficiency matrix.
介绍了多个效率矩阵的指派问题最优解的一般解法。
6)  curvature matrix
曲率矩阵
参考词条
补充资料:电导率(见电阻率)


电导率(见电阻率)
conductivity

d!日nd日O}已电导率(eonduetivity)见电阻率。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。