Journal Introduction:China Finance Review International

<正>Background The China Finance Review International is a flagship academic journal broadly covering the Chinese and international financial markets.The journal is founded by Antai College of Economics and Management at Shanghai Jiao Tong University,one of the top universities in Asia.     

The 2nd International Conference for Spatial Information Technology was Held in Huazhong University of Science and Technology

The Second International Conference for Spatial Information Technology 2007(ICSIT 2007) was held in Huazhong University of Science and Technology from 9 to 11 november 2007, which was co-sponsored by the Spatial Technology Academy of China Aerospace Science & Technology Corporation, the Third Academy of China Aerospace Science & Technology, the Eighth Academy of CASTC, the Unmanned Air Vehicle Society of Chinese Society of Astronautics, Qinghua University, National University of Defense Technology,Harbin Institute of Technology, Beijing University of Aeronautics and Astronautics, Northwestern Polytechnical University, University of Electronic Science and Technology of China, Huazhong University of Science and Technology and the Second Academy of CASIC, and was jointly directed by Huazhong University of Science and Technology and the Second Academy of CASIC. This grand meeting attracted more than 260 specialists hailed from home and abroad to attend, and was financially aided by the National Natural Science Foundation of China and the International Cooperation and Exchange Department of the Ministry of Education.     

Call for papers of China Finance Review International

正Background The China Finance Review International is founded by Antai College of Economics and Management at Shanghai Jiao Tong University,one of the top universities in Asia.The journal publishes quality empirical and theoretical research on financial and economic issues.     

Journal of Systems Engineering and Electronics Again Listed among the ＂Excellent International Impact Academic Journals of China＂

The Journal of Systems Engineering and Electronics （JSEE） was listed among the ＂Excellent International Impact Academic Journals of China 2013＂, jointly evaluated by the China Scientific Literature Evaluation and Measuring Research Center, Library of Tsinghua University and China Academic Journals （CD） Electronic Publishing House, and officially released on December 30,     

Call for papers:China Finance Review International

正Background The China Finance Review International is a flagship English academic journal broadly covering the Chinese and international financial markets.The journal is founded by Antai College of Economics and Management at Shanghai Jiao Tong University,one of the top universities in Asia.The journal publishes quality empirical and theoretical research on financial and economic issues.     

Modern Aspects of Financial Engineering

正Special issue call for papers from China Finance Review International Guest Editors:Dr.Ahmet G9ncü,Xi’an Jiaotong-Liverpool University,China(Managing Guest Editor)Dr.Yuxin Xie,Southwestern University of Finance and Economics,China Dr.Athanasios A.Pantelous,University of Liverpool,UK Submissions are encouraged for a special issue of China Finance Review International on the broad theme of     

Journal of Systems Engineering and Electronics

The Journal of Systems Engineering and Electronics is a comprehensive academic periodical jointly sponsored by Defense Technology Academy of China Aerospace Science&Industry Corporation,Chinese Society of Astronautics,System Engineering Society of China,and Chinese Association for System Simulation.It started publication in 1990,and now is published bimonthly.     

Modern Aspects of Financial Engineering

<正>Special issue call for papers from China Finance Review International Guest Editors:Dr.Ahmet Gncü,Xi'an Jiaotong-Liverpool University,China(Managing Guest Editor)Dr.Yuxin Xie,Southwestern University of Finance and Economics,China Dr.Athanasios A.Pantelous,University of Liverpool,UK     

Journal of Systems Engineering and Electronics

The Journal of Systems Engineering and Electronics is a comprehensive academic periodicaljointly sponsored by Defense Technology Academy of China Aerospace Science & IndustryCorporation, Chinese Society of Astronautics, System Engineering Society of China, andChinese Association for System Simulation. It started publication in 1990, and now ispublished bimonthly.Pursuing both intensiveness and extensiveness,     

Journal of Systems Engineering and Electronics

The Journal of Systems Engineering and Electronics is a comprehensive academic periodical jointly sponsored by Defense Technology Academy of China Aerospace Science & Industry Cor-poration, Chinese Society of Astronautics, System Engineering Society of China, and Chinese Association for System Simulation. It started publication in 1990, and now is published bimonthly.     

求解0-1背包问题的二进制狼群算法

狼群算法(wolf pack algorithm, WPA)源于狼群在捕食及其猎物分配中所体现的群体智能,已被成功应用于复杂函数求解。在此基础上,通过定义运动算子,对人工狼位置、步长和智能行为重新进行二进制编码设计,提出了一种解决离散空间组合优化问题的二进制狼群算法（binary wolf pack algorithm, BWPA）。该算法保留了狼群算法基于职责分工的协作式搜索特性,选取离散空间的经典问题--0-1背包问题进行仿真实验,具体通过10组经典的背包问题算例和BWPA算法与经典的二进制粒子群算法、贪婪遗传算法、量子遗传算法在求解3组高维背包问题时的对比计算,例证了算法具有相对更好的稳定性和全局寻优能力。     

求解无容量设施选址问题的拉格朗日狼群算法及其应用

无容量设施选址问题(UFL)是应用于诸多领域的经典组合优化难题。首先,结合UFL问题的具体特征,重新定义了狼群算法中狼群协作捕食的智能行为,提出了求解该问题的狼群优化算法;其次,将狼群算法与拉格朗日松弛相结合,设计了一种求解UFL问题的拉格朗日狼群算法;最后,将本文提出的狼群智能优化算法及拉格朗日狼群算法用于UFL基准问题库中部分算例的求解,并将其求解结果与混合蚁群算法、半拉格朗日松弛方法以及优化软件CPLEX的求解结果进行比较。结果表明：拉格朗日狼群算法较狼群优化算法、混合蚁群算法及半拉格朗日松弛方法具有更好的求解效果,而且在一定程度上缓解了CPLEX求解时间长,消耗内存大的缺点,拥有良好的求解性能。     

考虑子系统执行能力的多无人机协同任务规划

任务分配是提高无人机运维效率的关键技术之一。针对子系统执行能力约束条件下的无人机蜂群协同任务分配问题, 提出一种融合拍卖机制的改进狼群算法。首先, 定义子系统能力矩阵以实现无人机异构性和任务执行能力的统一描述。其次, 对个体狼采用矩阵编码, 针对违反攻击次数的非可行解, 提出基于拍卖机制的修正策略, 以进行处理。然后, 在个体狼位置更新过程中融入遗传算法思想, 在探索阶段和围捕阶段分别进行相邻行交换操作和间隔列交叉操作, 以实现快速寻优。最后, 将第三优狼引入到狼群更新过程中, 从而增强种群的多样性。仿真实验结果表明, 所提方法能够有效求解子系统执行能力约束下无人机蜂群协同任务规划问题; 且相比于其他改进进化算法, 所提方法具有更好的寻优性与收敛速度。     

求解大规模优化问题的改进狼群算法

针对狼群算法(wolf pack algorithm,WPA)求解大规模问题时存在解精度低、收敛速度慢和易陷入局部最优的缺点,提出了一种改进的狼群算法(improved wolf pack algorithm,IWPA).采用深度神经网络进行初始化狼群个体提高种群多样性;借助遗传算法挑选首狼提高算法寻优能力;设计距离优化因子以协同狼群算法个体的探索和开发能力;构建尺度系数改进围捕行为避免算法陷入局部最优,减少运行时间.选取18个大规模(100维,200维,500维和1000维)标准测试函数进行性能对比,结果表明,IWPA算法在求解精度和收敛速度上优于其他对比算法.     

基于改进狼群算法与仿真的单元调度优化

单元制造是现代生产系统的重要组织形式。对制造单元的调度过程中,机器故障与中断是很常见的问题,机器空转造成的能源浪费也不可忽视,相关研究具有重要现实意义。考虑单元调度中的机器中断和能耗,建立了一个最小化所有工件完工时间及机器闲置能源消耗和中断成本的整数规划模型,并提出了一种基于改进狼群算法和离散事件仿真的混合优化方法加以求解,有效提高了算法的寻优能力。数值实验表明,提出的算法具有良好的收敛性,可以在合理的迭代次数内找到问题的满意解。     

改进狼群算法求解模具在模台上组合分配问题

为解决混凝土预制构件生产中存在的模具在模台上组合分配问题,提出一种BL(Bottom-Left)定位算法与改进狼群算法(Improved Wolf Pack Algorithm,IWPA)结合的方法.改进狼群算法用于优化构件的上线序,根据上线序依次将每个构件所使用的模具分配到模台上,采用BL定位算法确定模具在模台上摆放...     

求解可分离连续凸二次背包问题的直接算法

经典算法一般采用迭代过程求解连续凸二次背包问题,研究了求解可分离连续凸二次背包问题的直接算法。分析了可分离连续凸二次背包问题的结构特性,通过两个命题和两个定理研究了可分离连续凸二次背包问题的解的特性,提出了一种快速的求解该问题的直接算法。该算法能快速有效地求解可分离连续凸二次背包问题的最优解,算法的时间复杂度和空间复杂度都是O(n),都比经典算法节约很多。     

求解大规模多背包问题的高级人工鱼群算法

针对复杂的大规模多背包问题,提出了一种基于高级人工鱼群算法的求解方法。为了解决人工鱼群算法收敛速度慢、求解精度低的问题,所提算法通过改进其初始化方法,优化人工鱼个体的行为选择方式和追尾行为来加快问题求解的收敛速度;同时引入了动态视野及步长和人工鱼调整策略来提高算法搜索的精度。仿真实验表明:与现有的算法相比,所提算法不仅能快速收敛,而且可以达到更高的精度,尤其是对于规模越大的多背包问题算法性能提升越明显。     

基于PEV准则的I-UMOP问题求解方法

针对传统方法在求解不确定多目标规划问题过程中存在的不足,提出了该问题在新准则下的求解方法。首先,提出了求解方法的基本框架,并通过引入不确定变量之间的序关系定义了不确定多目标规划的帕累托有效解;其次,根据线性加权或理想点法将原问题转化为不确定单目标规划问题,再利用期望方差准则将不确定单目标规划问题转化为确定的单目标规划问题;再次,通过相关理论推导证明了在该准则下转化后的问题求得的最优解是原不确定问题的帕累托有效解;最后,设计了决策变量分别为连续型和离散型的数值算例对该方法的有效性加以说明,考虑算例的复杂度,分别采用遗传粒子群算法和二进制狼群算法进行了求解。     

时间依赖型多时间窗车辆路径问题研究

针对一类考虑城市交通拥堵情况的时间依赖型多时间窗车辆路径问题(time-dependent vehicle routing problem with multiple time windows,TD_VRPMTW),提出一种混合离散灰狼算法(hybrid discrete grey wolf optimizer,HDGWO)进行求解。在HDGWO中,设计了新的灰狼个体更新公式,采用基于客户排列的整数编码方式,使算法可直接在离散问题解空间中执行基于标准灰狼算法个体更新机理的全局搜索;设计了基于问题性质的种群初始化策略,用于生成具有高质量和多样性的初始种群;引入头狼信息交流公式,用于探索头狼形成的优质解空间;构造具有多种局部搜索操作的自适应变邻域局部搜索策略,用于增强算法的局部搜索能力。结果表明：HDGWO可有效求解TD_VRPMTW。