中外计算机软件法律制度综述

从有利于完善我国知识产权法律保护的角度出发,对中外计算机软件法律保护制度进行了研究,就计算机软件的发展及法律保护的趋势、世界各国(美国、日本、印度、巴西、我国台湾等)及我国计算机软件法律保护的立法情况进行了介绍。     

非言语行为对外语课堂教学的影响及启示

非言语行为是人际交流的一种重要形式,它通常与言语交际结合进行,传递一定的信息,帮助人际的心理沟通。文章从身体行为和声音行为两个方面分析非言语行为对课堂教学的影响,阐述了非言语行为对外语课堂教学的积极作用,指出非言语行为不仅可以增强言语交际的力度,而且能弥补言语交际的不足,以达到言语交际难以取得的效果。     

我国西部发展软件业的战略思考

通过介绍美国犹他州和印度发展软件业的经验，分析了我国西部已经完全具备发展软件产业、成为国际软件外包服务市场的内部条件。IT和网络通信技术的成熟以及经济全球化发展与成本竞争压力，迫使欧、美、日等国企业改变业务流程和进行战略性资源重组，此举不仅促进了国际软件业外包趋势，也给我国西部带来了国际软件外包的巨大机遇。在内部条件和外部机遇都具备的情况下，重点提出了我国西部发展软件业的一些战略性建议。     

增强邓小平理论课教学时效性的切几点

应该选好切入点,与时俱进地增强邓小平理论课的教学时效性。课堂讲授的重要切入,应以学生为中心,抓兴奋点,预留老师“答记者问”时间,精心设计讨论;实践参与的重要切入,则在于联系改革实际的典型事例,注重用参观,社会调查等方式增强学生的社会责任感和判断力。     

大学英语语调交际功能的课堂教学研究与实践

大学英语课堂教学不能只注意学生英语语音，更重要的是在语音的基础上掌握语调及其功能。从学生语言运用能力的角度来说语调的教学比纯语音教学应该更重要，因为同一个单词或句子用不同的语调在同等交际背景下传递出的含义就会不同，有时还会是相反的含义。以语调的交际功能为出发点，运用语用学的相关理论，设计并分析了基于语调交际功能的英语课堂教学模式的实践，探讨了这种模式的可行性和有效性，以引起大家对语调教学的重新思考。     

论大众化背景下课堂教学评价之多元化

按照马丁·特罗的观点,由精英教育到大众化教育再到普及化教育,是高等教育发展演进中量变到质变的过程。因此,高等教育其数量的累积和规模的扩张(量变),必然导致其自身内涵的跃迁(质变),这种跃迁本质上就是高等教育理念和功能的深刻变革。例如,大众化背景下多样化的高等教育质量观就是对其精英教育质量观的僭越。由此,那么凡绕牵着质量观的诸如教学观、评价观也必定随之而动。多元化的课堂教学评价观正是这种联动效应的产物。大众化条件下高等教育课堂教学评价的多元化,即包含着评价理念、价值取向、标准、内容、主体、功能和方法的多元化。     

朝鲜的软件产业

由于多种原因,朝鲜国内经济总体水平比较落后,但其软件业却有所不同。朝鲜软件业的发展经历了三个阶段,如今已进入一个快速发展的时期。目前,朝鲜软件业的主要研发机构有朝鲜计算机中心、平壤信息中心、金日成大学信息中心等。朝鲜十分重视软件业的发展,在人才培养、对外交流与合作等方面采取了许多措施。尽管其国内计算机普及率较低,但利用其高素质的软件专业人员优势,可以走外包出口服务的发展道路。     

Using a computer simulation game to teach family time use concepts

A computer simulation game designed to give students insights into family time use concepts has been used in an introductory family resource management class at Ohio State University and other universities. The game allows for planning for time use changes over the family life cycle. The game can give students insights into economic and sociological models of time use. It is possible that future versions of the game could be used in family counseling.His research interests include derivation of optimal decision-making rules for families and family financial management.Her research interests include financial management over the life course including financial ratios, baby boomers, and retirement. She received her Ph.D. in 1993 from The Ohio State University in Family Resource Management.His research interests include the time trade-offs made between couples, financial planning over the life cycle, and the interaction of time and money between families and their home-based businesses. He received his Ph.D. in 1993 from The Ohio State University in Family Resource Management.     

新建本科院校“课堂革命”探论

“课堂革命”是对课堂教学所做的深刻革新与变革,是新时期提高课堂教学质量,进而提升人才培养质量的重要手段与途径。新建本科院校作为中国高等教育的半壁江山,经历了新建发展阶段后,正在积极探索从外延式发展向内涵式发展的转变,从关注办学条件以及硬件建设聚焦到提升人才培养质量和办学水平上来。因此,回归课堂教学,开展“课堂革命”成为现阶段新建本科院校的首要任务。这必须从分析新建本科院校“课堂革命”内涵入手,明确新建本科院校“课堂革命”的背景及动因,进而从教学目标、教学内容、教学方式和教学评价四个实践操作层面指出新建本科院校“课堂革命”的取向,以期能够为新建本科院校更好地开展“课堂革命”提出有益的参考。     

Dynamic reliability models with conditional proportional hazards

A dynamic approach to the stochastic modelling of reliability systems is further explored. This modelling approach is particularly appropriate for load-sharing, software reliability, and multivariate failure-time models, where component failure characteristics are affected by their degree of use, amount of load, or extent of stresses experienced. This approach incorporates the intuitive notion that when a set of components in a coherent system fail at a certain time, there is a jump from one structure function to another which governs the residual lifetimes of the remaining functioning components, and since the component lifetimes are intrinsically affected by the structure function which they constitute, then at such a failure time there should also be a jump in the stochastic structure of the lifetimes of the remaining components. For such dynamically-modelled systems, the stochastic characteristics of their jump times are studied. These properties of the jump times allow us to obtain the properties of the lifetime of the system. In particular, for a Markov dynamic model, specific expressions for the exact distribution functions of the jump times are obtained for a general coherent system, a parallel system, and a series-parallel system. We derive a new family of distribution functions which describes the distributions of the jump times for a dynamically-modelled system.