软件复用技术的理论与应用

阐述了软件复用技术的分类、益处和应用途径．并通过实例阐明了软件复用技术在考试系统中的应用，考试管理系统中的可复用部件主要分为常用键盘操作的复用、错误处理程序的复用、典型操作、典型结构的复用。     

The Path of Least Resistance: Using Available Tools to Support the E-Resources Lifecycle

On the surface, it might appear that libraries with different collections, staffing levels, and budgets would have to make use of different tools to address their e-resource management needs. However, in their review of electronic resources lifecycle work at North Carolina State University and Georgia Perimeter College, Tessa Minchew and Sofia Slutskaya discovered that this is not always the case. The presenters reviewed the electronic resources lifecycle and three distinct types of tools (content management systems/wikis, Microsoft Access, and Trello) that are being used in different ways to address different lifecycle-related tasks at each of their institutions.     

对我国计算机特殊教育应用的反思

计算机在特殊教育中要充分发挥其潜在功能,必须取决于硬件、软件和潜件的建设.本文试图结合我国的实际情况,就这三个方面所存在的问题进行理性的反思,并尽可能提出相应对策.     

计算机取证课程实验教学探讨

针对计算机取证课程的实验教学提出了两套方案,一套方案以模拟的场景开展教学,并阐述了每个场景的操作要求和方法,另一套方案以分配学时的方式开展教学,给出了教学安排表中一个项目的实验内容和具体步骤,文章结尾指出了改革实验教学方案实施的紧迫性和进一步完善的方向。     

Electronics Workbench在教学中的推广

本文介绍Electronics Workbench电路仿真软件在教学中的推广，提出用现代化教学手段进行教学改革的思路。     

以课堂交互软件促进大学教学质量——学习者采纳意愿及应用效果

PowerPoint用于课堂教学,已经成为大学教学中的常规活动。然而,电子演示文稿在大学课堂中的应用还存在信息单向流动、交互少等问题。基于PowerPoint的课堂互动软件提供了一种经济、方便的解决方案。教师和学习者对这种解决方案的接受度如何？Microsoft Interactive Classroom和UW Classroom Presenter两种课程交互软件在课堂教学中的试验显示：教师和学生在首次接触此类软件后均表现出较高的采纳倾向;课堂交互软件有助于学习者个性需求表达和满足,可以提高学习者的课堂参与度。但是当前已有的课堂交互类软件在功能完备性、实用性以及灵活性上尚不能有效满足教师和学生的需求。     

英语文化导入的PPT课件设计与应用

在高职高专大学英语课堂教学中,加强文化导入可以有效地促进学生的实际使用英语进行交际的能力。结合多媒体课件制作实例,提出如何利用控件和VBA程序开发课件并结合课堂教学策略进行英语文化导入,既增强课件的智能化和交互性,又构建学生交际的文化语境。     

Software engineering education: some important dimensions

Software engineering education has been emerging as an independent and mature discipline. Accordingly, various studies are being done to provide guidelines for curriculum design. The main focus of these guidelines is around core and foundation courses. This paper summarizes the current problems of software engineering education programs. It also proposes some important dimensions as integral parts of software engineering education: interdisciplinary skills, practice experience, communication, skills on continuing education and professionalism. In the current guidelines and studies these dimensions are not addressed specifically. Although there could be other dimensions to be considered in software engineering education, we believe that the proposed ones are very crucial as software engineering is evolving more rapidly than any other engineering discipline. This study also provides a survey of some major universities’ undergraduate software engineering programs to evaluate these dimensions.