In this paper, a DP with successive approximation method is designed for solving the hydropower unit commitment problem.
文章设计了一种逐次逼近动态规划法，可用于求解水电机组的组合问题。
The method converges faster than conventional successive approximation method (SAM) and can be applied to high conductivity contrast formation.
与传统的逐次逼近解法(SAM)相比，该方法收敛性强，应用范围广，可适用于高电导率对比地层。
Firstly, by use of the successive approximation method and a series of classical estimates, the local existence and uniqueness of weak solution are proved.
利用逐次逼近方法和一系列经典的估计，证明了弱解的局部存在性和惟一性。
The integral equations were computed by modified successive approximation method (MSAM). The method needs less computer memory requirements and is suitable for high-conductivity-contrast formation.
采用改进型逐次逼近解法(MSAM)计算了积分方程，该方法所需内存量小，且可适用于高电导率对比度地层。
A successive approximation method is suggested without value limit of wave velocity. The formulas for calculating the initial propagation velocity of reverse plastic loading boundary are also given.
建议了一个不受波速值限制的逐步近似法，并给出反向塑性加载边界传播速度的计算式。
Successive approximation method is adopted in the design, manufacture, and test of freeform optics.
自由曲面光学产品设计、制造与检测的工艺流程，通常采取试凑法逐次逼近。
Successive approximation method is adopted in the design, manufacture, and test of freeform optics.
自由曲面光学产品设计、制造与检测的工艺流程，通常采取试凑法逐次逼近。
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