1) predictor-corrector primal-dual log-barrier interior point method
原始对偶预测校正内点法
3) predictor corrector primal-dual interior point method
预测校正原对偶内点法
1.
These problems were solved by predictor corrector primal-dual interior point method.
采用预测校正原对偶内点法求解该电压稳定临界点问题,并基于IEEE14、30和118节点的修正算例系统,全面仿真分析不同控制方式、不同失稳过程及不同补偿能力对交直流系统电压稳定裕度的影响。
4) primal-dual interior point method
原始-对偶内点法
5) primal-dual path following interior point algorithm
原始-对偶内点法
1.
Power system total transfer capacity(TTC) problem,which is transferred to a optimization problem with the largest TTC as a object function and a series of equation and inequation constraints,is solved in this paper by primal-dual path following interior point algorithm.
运用模糊集理论将反映系统运行限制的可伸缩不等式约束模糊化,使之能够越限在允许范围内,然后采用原始-对偶内点法求解。
2.
Fuzzy sets theory and primal-dual path following interior point algorithm are used for total transfer capacity(TTC) problem with the most disadvantageous loading direction and soft constraints.
将模糊集理论和原始-对偶内点法应用于求解在最不利的负荷增长方式下并具有可伸缩不等式约束的最大输电能力问题。
6) primal-dual interior point algorithm
原始-对偶内点法
1.
Study on optimal power flow based on primal-dual interior point algorithm under perturbed KKT conditions and branch-and-bound method;
基于扰动KKT条件的原始-对偶内点法和分支定界法的最优潮流研究
补充资料：发育进度预测法(见发生期预测)
发育进度预测法(见发生期预测)
发育进度预测法见发生期预测。
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