With the development of information communication technology in developed countries, the field of education should be utilized to improve learning and management techniques. Students should be allowed to study anytime, anywhere, and in their place. However, administration and education should be able to manage their affairs more effectively and flexibly. Many studies have realized that an efficient information management process management education process potentially saves valuable time and simplifies these administrative tasks.
This course examines the various concepts of information architecture, system architecture, and organizational architecture, and their relationships and interactions. Examples will be taken from various types of systems, including traditional information systems, document management systems, workflow systems, group software, Internet and intranet systems, enterprise systems, data warehouses, metadata repositories, and smart agents. Issues will include addressing legacy and change, enterprise-wide interoperability and beyond (e.g. e-commerce), content convergence and information processing, and support for knowledge management. Frameworks and techniques will be considered for modeling, analysis, and architectural design.
Web-based systems are called living systems because they evolve rapidly in terms of functionality, scope, content, and usage. Besides, they differ greatly in needs, content, and functions throughout their life cycle than traditional knowledge, software, and systems engineering. In general, web-based system development is a continuous activity, without a specific version, as in traditional software. So web-based systems like gardens – they keep growing and evolving.
There are many reasons to choose an open-source platform. Free and open-source software has been used to create many of the most innovative products and solutions today. However, it is considered a risk factor in the implementation of open source-based solutions. Open-source systems lack comfort zones provided by commercially acquired solutions; instead, it comes from support bulletin boards and the like. However, open-source software has long been used in academic institutions.
The architecture of information systems enables independent development of independent departments in heterogeneous technology. The segments are then integrated into corporate systems using web services. Although it is designed to use open source technology only, it is possible to implement some segments using other platforms that support web service integration. Successful efforts have been made to implement this type of architecture using only open-source software. As a result, specific technologies and software tools are boldly listed and explained. The idea is to provide an overview of what open source tools and technologies are currently available and how useful they are in the process of building an enterprise IT project. On the other hand, the same architecture can be used and implemented using other technologies and commercial tools. The experience gained in planning and developing information systems leads to the conclusion that these tools are simpler than building large systems. New technologies and speculation such as the EJB further contribute to this statement and greatly simplify the development and use process. It should be noted that open source software such as JBoss and Eclipse application servers are not only comparable to commercial products but superior to them in many ways. To support this statement, we will mention that the rest and recently the only implementation of EJB speculation came from JBoss, making this application server a technology leader in this field.
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