利用InFraMegh开发和验证教育机构的虚拟事务应用程序

I. Arora, Anu Gupta
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引用次数: 0

摘要

云计算(CC)被认为是用于读密集型分析应用程序而不是写密集型事务性应用程序的建设性技术。由于需要严格的ACID保证,在云中部署事务性应用程序被认为是不安全的。这些规则可以在云中使用中间件工具(如CloudTran和Oracle Coherence)强制执行。集成这些工具成为事务性应用程序开发人员面临的主要挑战。因此,为教育机构开发了一个名为“InFraMegh”的综合框架。它在CloudTran和Oracle Coherence之上工作。InFraMegh专注于云数据管理层,提供通用的API来管理缓存和数据库中的数据。InFraMegh加速并简化了云事务应用程序开发人员的开发工作。作为概念证明,一个名为学生注册返回系统(SRRS)的教育机构事务性应用程序用于验证InFraMegh的功能。SRRS使用XenApp虚拟化,并在客户端机器上访问。虚拟化SRRS在单用户和多用户环境中进行了测试。它的性能优于传统的客户机-服务器体系结构。因此,InFraMegh加快了开发人员在云中开发事务应用程序的工作。它允许教育机构在云端管理数据。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Developing and validating virtualized transactional application of educational institutes using InFraMegh
Cloud Computing (CC) is considered a constructive technology for read-intensive analytical applications rather than write-intensive transactional applications. Deploying transactional applications in the Cloud is not considered safe due to requirement of stringent ACID guarantees. These rules can be enforced in Cloud using middleware tools like CloudTran and Oracle Coherence. It becomes a major challenge to integrate these tools for a transactional application developer. So, an integrated framework for educational institutes named as `InFraMegh' is developed. It works on top of CloudTran and Oracle Coherence. InFraMegh focuses on Cloud Data Management layer and provides generalized API for managing data in cache and database. InFraMegh speeds up and eases the development efforts of transactional application developer for Cloud. As proof of concept, a transactional application of educational institutes named as Student Registration Return System (SRRS) is used for verifying the functionality of InFraMegh. SRRS is virtualized using XenApp and accessed on client machines. Virtualized SRRS is tested in single-user and multi-user environments. Its performance is found better over traditional client-server architecture. Hence, InFraMegh expedites efforts of developers in developing transaction applications in Cloud. It allows educational institutes to manage data in Cloud.
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