A Novel Multi-classifier Integrated Model for Chinese Noun Sense Disambiguation

We propose a Multi-classifier Compatible Computational Model （MCCM） for Chinese noun sense disambiguation in this paper. In natural language processing, many problems can be viewed as classification in nature. However, different classifiers cannot be efficiently integrated by a general standard. Quantification rule is introduced for flexible integration of statistical and role-based classifiers. Rules are traced into the corpus for acquiring their quantification information. The other contribution is Projected Performance Evaluation Matrix （P-PEM）. Classification performance is improved because it contains more accurate classification information for every classifier. Many faint classifiers boost a powerful MCCM model. Finally the experiment shows its advantages.     

基于XML Language的Web服务开发

当前用来开发Web服务的传统语言(如：Java，C#)功能虽然强大，但要想使Web服务获得更高的可扩展性、安全性、可靠性，且提高开发人员的效率存在一定的困难。文中介绍了一种新的专门为实现Web服务设计的语言——XML Language的优点、语法及相关技术，利用它，在某种程度上屏蔽了上述问题，使开发者专注于程序的逻辑设计。     

明天你喝哪种咖啡？：评Java的分裂

我一直只喝雀巢咖啡,直到不久前到三联网络咖啡屋会友,小姐问我用哪种咖啡,才发现还有哥伦比亚咖啡,以及其他一些叫不上名字的咖啡。这种情况不惟原子世界独有,用不了多久,比特世界的人们在选用Java(“咖啡”)时,或许也得问一声:你准备用     

专题二：二级Visual Basic试题之详析篇

注：文章所列题号均为笔试试卷相应题号一、选择题(13)在窗体上画两个单选按钮,名称分别为Option1、Option2,标题分别为"宋体"和"黑体";一个复选框,名称为Check1,标题为"粗体";一个文本框,名称为Text1,Text属性为"改变文字字体"。要求程序运行时,"宋体"单选按钮和"粗体"复选框被选中（窗体外观如下图）,则能够实现上述要求的语句序列是A）Option1.Value=TrueCheck1.Value=FalseB）Option1.Value=TrueCheck1.Value=TrueC）Option2.Value=FalseCheck1.Value=TrueD）Option1.Value=TrueCheck1.Value=1正确答案：D）试…     

旁观者眼中的《S4A和互动媒体技术》

H. Abelson＆amp;G. J. Sussman 《计算机程序结构与解释》第二版MITPress,1996 （翻译：俞中坚温州大学） 编程比通常所想更为复杂。从事计算机编程的人学习计算机语言,一般要遵循语言规范并阅读手册,但这些并非他们所做的全部。首先,程序员要以一种可靠的方式思考。他或她要认识到我们的逻辑与解决问题的思考过程,并将之简化为优雅的算法。程序员必须清晰地思考,并比普通人要更加深入地理解问题。他或她还必须将这些想法以非常精确与详尽的方式与简单沉默的机器沟通,绝不能含糊。这种思维方式被卡内基梅隆大学的周以真教授（JeannetteWing）称为“计算思维（ComputationalThinking）”。“计算思维是种思考过程,它涉及将问题与解答公式化,     

谋定而后动：应届生该如何了解意向公司

对于多数人来说,毕业后的第一份工作是至关重要的,因为它是职业生涯的一个重要起点。但该如何了解自己意向中的公司,并做出合理选择呢？本文中将给出合理的建议和解答。     

一阶逻辑中约束求解的局部搜索法*

以一阶谓词逻辑为基础,讨论约束满足问题.着重研究一阶逻辑公式可满足性的局部搜索法,并与命题逻辑中的可满足性过程加以比较.以皇后问题和哈密顿回路问题为例,说明基于一阶逻辑的方法能处理较大的问题实例.     

约束满足问题中一致性算法的分析与研究

约束满足问题是人工智能领域的重要研究方向,其求解方法有三种,搜索、一致性算法和约束传播,其中一致性算法通常通过缩减问题域来提高搜索算法的效率.着重介绍了几种常用的一致性算法,并对几种常用算法进行了分析、比较和研究.     

基于零级泛与运算的谓词形式系统及其完备性

泛逻辑是在研究柔性世界逻辑规律时发现的一个新的连续值的逻辑体系,它通过引入广义相关性和广义自相关性刻画命题之间的相互关系.本文主要解决基于零级泛与运算的一阶谓词演算形式系统(V)ULh∈(0,1]的完备性.通过引入全称量词和存在量词,建立与命题形式系统ULh∈(0,1]相对应的一阶谓词形式系统(V)ULh∈(0.1],并证明其完备性定理.从而得到系统(V)ULh∈(0,1]的语义和语构是和谐的.     

Staffing a software project: A constraint satisfaction and optimization-based approach

Software development is a people intensive activity. The abilities possessed by developers are strongly related to process productivity and final product quality. Thus, one of the most important decisions to be made by a software project manager is how to properly staff the project. However, staffing software projects is not a simple task. There are many alternatives to ponder, several developer-to-activity combinations to evaluate, and the manager may have to choose a team from a larger set of available developers, according to the project and organizational needs. Therefore, to perform the staffing activity with ad hoc procedures can be very difficult and can lead the manager to choose a team that is not the best for a given situation.     

网络实时系统的一种活动性描述语言*

介绍了ADL,它是一种基于网络实时系统的活动性描述语言,一种描述并发处理中时态和功能行为的新的形式规格说明符号.ADL专用于计算机网络,是DORIS的一种形式语言扩充.它组合了状态机活动(ASM)的图形符号和基于模型的活动功能行为(AFB)符号;提供了关于ASM的抽象语法和静态、动态语义.最后通过一个小实例说明该语言是如何解释指定网络实时系统的.     

Production management as a constraint satisfaction problem

Production management problems can be quite straightforwardly presented as constraint satisfaction problems, where values for some variables are searched for under a set of constraints. A combination of an operation and a resource is usually interpreted as the variable, and a time window is usually interpreted as the value to be searched for. This convention is challenged. A case is considered where the most appropriate interpretation treats the combination of a resource and a time window as the variable, and an operation as the value. A third possible interpretation is also briefly covered, where the combination of an operation and a time window is the variable, and the resource is the value.