feasible constraints

feasible constraints的基本解释

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可行约束

与feasible constraints相关的网络例句 [注：此内容来源于网络，仅供参考]

In the POPF model, wind farm is modeled by the probabilistic wind farm model considering the reactive power-slip characteristic, and the inequality constraints include not only the unit output constraints, the ratio constraints, the voltage constraints and the line current constraints but also the reactive compensation capacity constraints in wind farm and the system climbing capacity constraints per minute. By introducing the NCP function, the KKT conditions of POPF system are transformed equivalently. Based on the transformed nonsmooth nonlinear algebraic equations, the FOSMM is used to determine the POPF model expressed by the numerical characteristic of variables. The model includes nonsmooth functions, so it can be solved by a semismooth Newton-type method based on the subdifferential.

概率最优潮流模型中，风电场采用考虑无功功率—滑加热器差特性的风电概率模型，不等式约束中除了机组出力约束、有载调压变压器变比约束、电压约束和支路电流约束，也考虑了风电场无功补偿容量约束、系统的分钟级爬坡能力约束；使用非线性互补函数将概率最优潮流的KKT条件转化为一组包含有不光滑函数的非线性代数方程组，然后基于一次二阶矩法确定了以待求量的数字特征表示的POPF模型，由于该模型包含不光滑函数，因此采用基于次微分的半光滑牛顿型方加热器法求解。

It can be integrated into existing applications. It is designed for application developer. The system provides power modeling. Users can widely select decision variables, such as integer, real, Boolean, etc. Users can also select extensive set of predefined constraints, such as primitive constraints and function constraints, local constraints and global constraints.

"明月"系统是开放的C++类库，可嵌入到具体的应用中，可扩展，是面向开发人员设计的；系统具有强有力的建模功能，用户可以广泛选择决策变量，例如整型、实型、布尔型等；可扩展的预定义约束集合，其中包括基本约束和功能约束，局部约束和全局约束。

A self-evolving software technique is proposed, which is based on Agent technique and the dynamic binding mechanism. According to the characters of self-evolution, the constraints are divided into micro level constraints which focus on individual Agent and the macro level constraints which focus on overall system. Language facilities are proposed to describe the constraints on self-evolution, the constraints are analyzed and inspected through runtime verification.

提出了基于Agent，以动态绑定机制为核心的软件自演化技术，根据自演化的性质和特点，区分出微观层面个体Agent自演化约束和宏观层面系统全局自演化约束；提出了对自演化约束进行描述的语言设施，并通过运行时检查的方法对自演化约束条件进行了分析和检查。

与feasible constraints相关的网络解释 [注：此内容来源于网络，仅供参考]

feasible direction：可行方向;容许方向

可行约束;可行制限 feasible constraints | 可行方向;容许方向 feasible direction | 可行区域 feasible region

feasible computability：可行计算性

可行基底 feasible basis | 可行计算性 feasible computability | 可行约束 feasible constraint

feasible constraint：可行约束

feasible base 可行基 | feasible constraint 可行约束 | feasible control 可行控制