The equation of state and optimal value function used to achieve the optimal strategy is figured out through the analysis of conditional probability of the process 通过条件概率分析,计算出了动态规划状态转移方程和最优期望代价方程,并得到了关联规则发现的决策策略。
A supplementary variable technique is used to obtain the steady - state function and the steady - state probability generation function of the number of customers in the system 采用补充变量法,首先建立了系统稳态下的状态转移方程,通过求解得到了稳态下系统队长的概率母函数,进而计算出稳态下系统的平均队长。
We first consider the m / m / s queueing model with two priorities . through the analysis of state transition - rate equations of two priorities , the average queue length at the input or output of communications systems is derived 首先考虑带有两个优先权的m m s排队模型,通过对两个队列的状态转移方程的分析,给出了通信系统输入输出线上的稳态队长。
转移: shift; transfer; divert方程: equation动量转移方程: momentum tra fer equation; momentum transfer equation辐射转移方程: equation of radiative transfer涡度转移方程: vorticity transfer equation状态转移方程: state transition equation迁移方程: tra ort equation; transport equation; transportequation离开,转移方向: head off使转移方向: head sb off转移方案: transfer scheme转移方式: branch mode积分迁移方程: integral transport equation应变位移方程: strain displacement equation中子迁移方程: neutron-transport equation控制转移方式: control transfer mode原位转移方法: in-place migration method齐次中子迁移方程: homogeneous neutron transport equation直接分割方式,直接转移方式: dbm direct branch mode转移方案 读出和记录电路: transferscheme滑移方向: direction of slip; glide direction; slip direction; slip orientation偏移方向: off directions; offset direction漂移方差图: drift variogram漂移方法: bleach-out process漂移方位: wander azimuth漂移方向: drift bearing; drift direction