ORGANIZATIONAL LEARNING AND VENDOR SUPPORT QUALITY BY THE USAGE OF APPLICATION SOFTWARE PACKAGES： A STUDY OF ASIAN ENTREPRENEURS

In this paper we study how organizational learning impacts organizational behavior, and howvendor support quality enhances product adoption and usage behavior.These constructs were verifiedusing Application Software Packages(ASP)-a prewritten, precoded, commercially available set ofprograms that eliminates the need for individuals or organizations to write their own softwareprograms for certain functions. The relationship between ASP usage, usage outcomes and useprocesses were also investigated. Two hundred and ninety-five Chinese, Indian, and Malayentrepreneurships were studied. It was found that usage outcome strongly determines usage, while useprocess has only an indirect relationship (via outcome) on usage. The impact of organizational learningand vendor service quality on usage, usage outcome, and use process were robust. Theoretical andpractical implications of the research are discussed.     

SCHEDULING PROBLEMS - AN OVERVIEW

There seems to be a significant gap between the theoretical and the practical aspects of scheduling problems in the job shop environment. Theoretically, scheduling systems are designed on the basis of an optimum approach to the scheduling model. However in the practice, the optimum that is built into the scheduling applications seems to face some challenges when dealing with the dynamic character of a scheduling system, for instance machine breakdown or change of orders. Scheduling systems have become quite complex in the past few years. Competitive business environments and shorter product life cycles are the imminent challenges being faced by many companies these days. These challenges push companies to anticipate a demand driven supply chain in their business environment. A demand-driven supply chain incorporates the customer view into the supply chain processes. As a consequence of this, scheduling as a core process of the demand-driven supply chain must also reflect the customer view. In addition,     

面向柔性制造系统的统计质量控制

分析了传统控制图应用于柔性制造系统存在的问题和不足 ,提出了一种新的用于小批量生产质量控制的单值控制图 ,它采用可变的控制界限方法 ,所建立的控制界限不受样本数量的限制 ,从而使它在柔性制造系统中得到有效的运用 .     

可持续消费测度中的熵权法及其实证研究

从可持续发展的角度,构建了消费系统的可持续性评价指标体系,并讨论了消费的可持续性测度制定的思路,从系统理论出发,把系统熵理论应用在制定消费系统的可持续测度中,通过熵权赋值来制定消费系统的可持续性测度,在此基础上,分别从横向和纵向研究了消费的可持续性测度制定的方法,并进行了实证研究,得到了较好的结论.     

基于支持向量机的非线性系统辨识

支持向量机（SVM）是一种基于结构风险最小化原理的学习技术，也是一种新的具有很好泛化性能的回归方法，该文利用支持向量机对非线性系统进行黑箱建模，介绍了V-SVR的基本理论，并进行了仿真实验，结果验证了所提出的方法的正确性和有效性。     

柔性空间机械臂的模糊控制及抑振最优控制

讨论了载体位置不受控、姿态受控的情况下,漂浮基柔性空间机械臂系统的轨迹跟踪和振动抑制问题。对系统进行输入输出反馈线性化,并采用奇异摄动理论,得到了慢变子系统和快变子系统。然后,设计了两种时间尺度的模糊逻辑控制器,以控制柔性空间机械臂的载体姿态和机械臂关节铰协调地来完成各自在关节空间的期望运动。慢变子系统用模糊控制来进行轨迹跟踪,而快变子系统用最优线性二次型控制来主动抑制柔性杆的振动。系统仿真结果说明了控制器的可靠性和有效性。     

基于修正核函数SVM的网络入侵检测

支持向量机分类方法在小样本、非线性情况下具有较好的泛化性能,在入侵检测系统中有着广泛的应用。针对入侵检测过程中可能出现的由两类样本不平衡造成的分离超平面偏移现象,以核函数所蕴含的黎曼几何为依据,引入一个伪一致性变换函数,对核函数进行修改,提高支持向量机的分类泛化能力,建立基于支持向量机的网络入侵检测系统,并对系统总体结构和运行机制进行了详细的描述。实验仿真表明,该系统可有效地提高入侵检测的准确率,改善由于数据集不平衡造成的支持向量机分类偏移的情况。     

Improved adaptive pruning algorithm for least squares support vector regression

As the solutions of the least squares support vector regression machine(LS-SVRM) are not sparse,it leads to slow prediction speed and limits its applications.The defects of the existing adaptive pruning algorithm for LS-SVRM are that the training speed is slow,and the generalization performance is not satisfactory,especially for large scale problems.Hence an improved algorithm is proposed.In order to accelerate the training speed,the pruned data point and fast leave-one-out error are employed to validate the temporary model obtained after decremental learning.The novel objective function in the termination condition which involves the whole constraints generated by all training data points and three pruning strategies are employed to improve the generalization performance.The effectiveness of the proposed algorithm is tested on six benchmark datasets.The sparse LS-SVRM model has a faster training speed and better generalization performance.     

通用综合评价支持系统的可配置评价模型研究

针对综合评价支持系统的通用性问题,给出了一种可配置评价模型的设计思想与实现方法。首先分析了综合评价的关键要素及其过程,定义了通用综合评价支持系统(UCESS)的数学模型,据此提出基于AOV(Activity on Vertex Network)网的评价模型构建方法,即通过AOV网描述评价模型的拓扑结构,并根据其拓扑排序来控制评价模型的执行过程,最后给出了采用组件技术的模型设计与实现策略。应用所提出的方法,UCESS能够实现自由意义上的评价模型动态配置,具备良好的灵活性和开放性。     

舰艇编队保障系统的备件短缺风险研究

针对舰艇编队存在备件短缺风险的问题,提出舰艇编队保障系统的概念,给出舰艇编队使用可用度的计算方法,讨论三者之间的关系并建立数学模型。考虑实际中,执行复杂任务的舰艇编队其部件具有不同的寿命分布,替换时间差别大,不少备件维修后能够继续使用以及备件可修次数受限的情况,建立多可修备件的短缺风险计算模型及其与舰艇编队使用可用度的关系模型。最后通过实例对模型进行仿真,对降低备件短缺风险,提高舰船装备使用可用度有一定的参考价值。