可行约束

The method of feasible directions is an important method for solving nonlin-early constrained optimization.

可行方向法是用于求解非线性约束最优化重要的方法之一。

All sets of constraint function are the linear function of design variables and the feasible region is a convex set according to this formulation.

模型中所有的约束函数都是设计变量的线性函数，可行域是一个凸域。

Against cameras fixed and coplanar binding conditions for target location, a simple new algorithm.

针对摄像机固定和共面约束条件下进行目标定位，提出了一种简单可行的全新算法。

The paper finds the property that the feasible fields of the are lie to the boundary of the constraint field, which leads to an enumerative algorithm being proposed.

利用其可行域在约束域边界上的特点，提出了一个求解混合整数线性双层规划的枚举算法。

This method solves the problems of choosing coefficient matrices, and it does not need to satisfy a terminal state equality constraint. A PL system example shows that the method is valid and feasible.

该方法解决了系数矩阵的选择问题，不需要满足最终状态等式约束一个分段线性系统的实例证明了该方法是可行的。

In the method, the equation of vorticity is simplified and combined with the definitions of vorticity and divergence , and then restrained by the equation of continuity to set the system of retrieval equations. Three-dimensional wind vector, vorticity and divergence can be got by solving the system of equations. Preliminary test has proved that it is feasible.

该方法从动力学角度出发，将柱坐标中的垂直涡度方程适当简化后，联系涡度散度的定义式，再以大气连续方程作约束，得到一个反演方程组，求解方程组就可得到不同高度层上的三维风场以及涡度、散度，初步检验证明其是可行的。

The algorithm of this model is presented and a case study shows that the model is fea...

文章介绍了模型的构建过程、目标函数与约束条件中各组成要素的计算方法以及模型的解法，并用实例证明该模型是可行的。

This paper studies the concept and key facts of the enterprises' autonomous technological innovation, then it constructs a model of the key factors' conduction mechanism according to the logic of the SCP structure, finally it analyses the innovation path of china's enterprises and suggests that under the resources constraint, the feasible solution of china's enterprises is congregating resources to capture the subdivide market, then taking this as the chance, realizing the transformation from partial breakthroughs to overall rising by technology accumulation.

本文在现有研究的基础上，研究了自主技术创新的概念及其关键因素，然后按照战略－行为－绩效的逻辑关系，构造了关键因素间的传导机制模型，对我国企业自主创新的路径进行分析，认为在资源约束下，我国企业的可行途径应是通过资源集聚，占领细分市场，保证技术和市场的良性互动，然后以此为契机，通过技术积累实现由局部突破向全面崛起转化。

At the early iteratives, the mutation rate is bigger and the aim is to make particles to explore smaller and isolate region and to avoid the algorithm trapping to the local optimum. While the algorithm runs, the mutation rate will be decreased to reduce the disturbing to the particles. IPSO adopts a new method that congregates some neighboring individuals to form multiple sub-populations in order to lead particles to explore new search space. Additionally, our algorithm incorporates a mechanism with a simple and easy penalty function based on the largest distance between the particle and the boundary of the feasible region to handle constraint.

IPSO采用了一种新型的变异策略，变异概率随着算法的运行是动态变化的：在算法运行初期，变异概率大，其目的是使算法不但能够探测到目标空间中的孤立区域，而且避免搜索陷入局部极值；在算法运行后期，变异概率逐渐变小，以减少对粒子的扰动；算法通过将部分具有邻近距离的粒子聚集成核形成多子群引导种群中粒子的飞行；采用一个简单的基于粒子与可行域边界最远距离的罚函数处理约束的机制，使得算法高效实现。

The method generates the feasible set that satisfies the constraint condition with chaotic optimal algorithm, fines out the optimal trade-off solution from the non-inferior solution set with the favor of interactive decision-making, and furthermore, makes an actual case study on the reservoirs along the downstream of Luanhe River.

该方法利用混沌优化算法生成满足约束条件的可行集，再采用交互式决策偏好的方法从非劣解集中寻找最佳权衡解；并对滦河下游水库群进行了实例研究。

At the rear was an innovative combination transaxle with the gearbox, clutch, differential, and inboard-mounted drum brakes.

在后面是与变速箱，离合器，差的创新结合变速，和内侧安装鼓式制动器。

For more people can apprecaite and have the master work, there is reproduction painting appears in the market, the large various selection of paint,the high saturation of color plus the plentiful sfumato, to make the reproduction perfect copy and detail as original painting, so as to meet the requirment of amateurs who love art paintings,they do not need to pay high price to get classical paintings.

颜料色域广，色彩饱和度高，色彩层次丰富，图像色彩还原真实，能完美的复制原作，满足艺术爱好者欣赏，艺术爱好者们不用支付昂贵的价格就能拥有经典油画。