首页> 外文会议>15th International Conference on Computer Communication (ICCC 2002) Vol.1, Aug 12-14, 2002, Mumbai, India >Conceptualizing Decision Support System to design Learner Centric course curriculum in the realm of Web enabled Education, an introduction to Object Oriented Programming paradigm using C++ in the subject matter
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Conceptualizing Decision Support System to design Learner Centric course curriculum in the realm of Web enabled Education, an introduction to Object Oriented Programming paradigm using C++ in the subject matter

机译:概念化决策支持系统,用于在基于Web的教育领域设计以学习者为中心的课程,这是在主题中使用C ++的面向对象编程范例的简介

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The paper conceptualizes and discuss the process of building up of customized decision support system for the design of Learner Centric course curriculum in the realm of Web enabled Education and analyzing the efficacy of the same with respect to changing market demands. At the micro level the paper initiates the process of building decision support system using Object Oriented Programming in C++ based on the institutions own experience and expertise. As a case study Digital Logic Method is exemplified and a program is developed in C++. The program is demonstrating the possibility of developing such program code as and when new finding or realization is met with as object orientation facilitates building up the software in terms of independent entities called classes. This demonstration is aimed at making people develop their own customized solutions rather than resorting to generic commercial hardware and software solutions. Our study also shows that to sustain the onslaughts of market forces the education and training should be subjected to value addition process by integrating emerging technologies and initiate the students to the processes of skill development required for starting new ventures in field of entrepreneurship, research, product design and Education etc.
机译:本文对网络化教育领域中以学习者为中心的课程设计的定制决策支持系统的构建过程进行了概念化和讨论,并分析了其针对不断变化的市场需求的有效性。在微观层面,论文基于机构自身的经验和专业知识,开始使用C ++中的面向对象编程来构建决策支持系统。作为案例研究,以数字逻辑方法为例,并用C ++开发了一个程序。该程序演示了开发这种程序代码的可能性,并且当遇到新发现或新实现时,面向对象有助于根据称为类的独立实体来构建软件。该演示旨在使人们开发自己的定制解决方案,而不是诉诸于通用的商业硬件和软件解决方案。我们的研究还表明,为了维持市场力量的冲击,教育和培训应通过整合新兴技术来实现增值过程,并引导学生进入在创业,研究,产品领域开展新企业所需的技能发展过程设计和教育等

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