1) inferential metal
推测式水表
2) flood routing
洪水推测
3) recursion expression
递推表达式
1.
The M/G/1 queue with N policy in which the customers who arrive during server vacation enter the system with probability p,using a simple method,the recursion expression of the Laplace transform of the transient queue-length distribution and equilibrium queue-length distribution is obtained.
对N策略M/G/1排队系统,在服务员休假中到达的顾客以概率p(0≤p≤1)进入系统,采用一种较简单的分析方法,得到了队长瞬态分布的拉普拉斯变换的递推表达式和稳态分布的递推表达式。
2.
With a simple method,the recursion expression of the Laplace transform of the transient queue-length distribution and stochastic decomposition result of the queue length at a random point in equilibrium are obtained.
本文采用一种较简单的分析方法,讨论了队长分布的瞬态和稳态性质,得到了队长瞬态分布的拉普拉斯变换的递推表达式和稳态分布的递推表达式,以及稳态队长的随机分解,并给出了服务台闲期、服务台忙循环期的分布函数。
3.
By using the total probability decomposition technique and u-transform,we discuss the transient and equilibrium distributions of the queue length with the beginning of the any initial state,and obtain the recursion expressions of the u-transform for the transient queue length distribution and the steady queue length distribution.
本文考虑离散时间多重休假成批到达的Geom/G/1排队系统,从任意初始状态出发,使用全概率分解技术和u-变换,研究了队长的瞬态性质和稳态性质,首次导出了队长瞬态分布的u-变换形式的递推表达式和队长稳态分布的递推表达式,进一步也获得稳态队长的随机分解结果。
4) extending formula
推广表达式
1.
Through proving, it is draw the conclusion that deduction of SFP is tenable strictly in the intertia reference system of N objects independent system, and on the basis of this, the common formula of the deduction of SFP in non-inertia system of N objects independent system, and the extending formula in non-inerti.
通过证明,得出了系统功能原理推论在N(N≥2)体独立系统的惯性参考系中严格成立的结论;在此基础上推导出了系统功能原理推论在N体独立系统的非惯性参考系中的一般表达式,在N体非独立系统的非惯性参考系中的推广表达式,为功能理论的新发展奠定了基础。
5) representation and derivation
表征式与推导式
补充资料：推测
1.依据已知的测度未知的。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条