约束
- 与 约束 相关的网络例句 [注:此内容来源于网络,仅供参考]
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The module conversion for a kind of Max-min problems is given, namely, the Max-min problem with equality and inequality constraint is converted into convex problem with linear constraint, which provides theoretical basis for designing effective algorithms.
最后,给出一类极大极小问题的模型转化,把带等式、不等式约束的极大极小问题转化为带线性约束的凸规划问题,这为设计更为有效的算法提供了理论依据。
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This paper introduces least squares estimation into SVM and deduces least squares support vector regression algorithm,which applies equality constraint instead of inequality constraint of SVM and makes it easier to obtain solutions.
探讨了将最小二乘估计引入到支持向量机中,给出最小二乘支持向量机回归算法,该算法用等式约束代替传统支持向量机回归中的不等式约束,使得求解过程更为简单。
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The present work solves the ELD problem with Lineflow constraints through effective appli- cation of GA, considering the system transmission losses, power balance equation as the equality constraint, limits on the active power generations of the units and limits on currents in different lines as the inequality constraints. Two test systems, i.e.
目前的工作,解决了在ELD 问题lineflow的限制,通过有效的应用-阳离子遗传算法,考虑到该系统的传输损耗,权力的平衡方程作为等式约束,限制,有源电力几代人的单位和限制电流在不同的线路( lineflow限制)作为不等式约束。
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The first one is an algorithm with terminal sliding mode equality constraint. The second is a dual-mode control scheme, which enlarge the terminal region. The sliding mode based MPC is implemented while system state is outside of terminal region, and sliding mode variable structure control designed off-line is used once system state arrives in the terminal region.
第一种方法为终端滑模等式约束非线性模型预测控制方法,首先离线设计切换函数使得滑动模态渐近稳定,然后在有限预测时域的基础上对切换函数附加一个终端等式约束;第二种方法为双模控制方案,在终端区外采用模型预测控制,使得系统状态在有限时域内到达终端区内;在终端区内部采用离线设计的滑模变结构控制,使得系统渐近稳定。
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To solve QoS-constrained routing problem and the problem of balancing network load, an algorithm based on tabu search is proposed, which has a better ability of balancing the cost of the multicast tree and the network load; upon this algorithm, a new algorithm based on degree-constrained and load-balance is proposed, which has a nicer integrative performance on equipoise the cost of multicast tree and the load of links and nodes.
2针对网络负载均衡的QoS问题,提出基于禁忌搜索的负载均衡QoS组播路由算法,算法能平衡组播树代价和网络链路负载均衡状况;在此基础上提出了基于度约束和负载均衡的QoS组播路由算法,算法在满足QoS约束的基础上,均衡了组播树代价、网络链路负载和节点负载三者之间的关系,综合性能良好。
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Then,by means of an unconstrained equivalent form of the criterion,a blind adaptive algorithm is given.
然后,利用约束优化问题的一个无约束条件的等价形式,给出盲多用户检测的自适应算法。
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In this paper, this constraint is discussed. For the space curve with length constraint and the surface of revolution area constraint, algorithms and estimation of the error are given.
本文就此进行了讨论,对有弧长约束的空间曲线及有面积约束的旋转曲面问题,分别给出了相应的算法及误差估计。
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The formula is applied to designers. They can obtain the result of internal force under the condition of mutual action easily. The paper obtain more right calculative method , The result of the method is exacter than
为了解决这个问题,本文从梁板式阳台结构边梁与挑梁相互约束作用入手,对边梁与挑梁相互约束作用下结构内力的计算方法做了进一步的分析,指出节点性能对结构内力计算方法的影响。
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Based on the concepts of complex product, standard operation, virtual operation, no-wait and the expansion processing tree defined in this paper, the standard operations are processed by allied critical path method and best fit scheduling method, and the virtual operations are processed respectively on corresponding machine with movement and exchange algorithm in order to translate scheduling problem with no-wait operations into the general scheduling problem with virtual operations.
该方法在提出复杂产品、标准工序、虚拟工序、零等待和扩展加工工艺树的概念基础上,对扩展加工工艺树中的标准工序采用拟关键路径法和最佳适应调度的车间调度算法进行调度,对虚拟工序采用移动交换算法在相应设备上分离调度,将存在零等待约束的调度问题转化为存在虚拟工序的无零等待约束的调度问题。
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The algorithms of algebraic query operations were given. With existential quantifier, we could reduce the cost of exact projection.
不对存在量词进行消去,可以减少计算精确投影的一些开销,还能表达包含无穷约束元组的线性序约束关系。
- 推荐网络例句
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I will endeavour to find you some assistance.
我尽力帮你找人帮忙。
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At first I only know bruck is the idol of American younglings, afterwards I returned back to Taiwan ,even in Beijing last year ,I saw her poster everywhere, I was so surprised at her charm.
起初我只晓得布鲁克雷德丝是美国少男少女崇拜的偶像,后来回台湾,甚至去年在北京,居然也四处看见她的海报,才惊讶她的魅力之大。
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Ah may dee:You are chinese living in a democratic country.
你是居住在民主国家的中国人吧。