Incremental Architectural Re-engineering for the Cloud: An Overview

Suman Jain, Mayank Bhushan, Ankit Yadav, Dinesh Tiwari
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Abstract

The advances in cloud computing have presented the global vision of utility computing with promising trends to a new world of information and communication technology. The legacy systems built on the obsolete and older technologies are typically addressed for the modification and alteration processed to leverage the benefits of cloud. Migrating to the cloud deployment models and re-engineering the on premises applications are two main issues concerning the cloud computing deployment. It can intensely expand the quality and scope of the software applications for resource provisioning with better efficiency. Instead of opting the traditional way of modifying the entire system in one go, incremental re-engineering of software architecture can lead to a safer and flexible way involving the correction of architectural deviation of legacy systems.
云的增量架构再造:概述
云计算的进步为信息和通信技术的新世界带来了具有前景的实用计算的全球视野。基于过时和较旧的技术构建的遗留系统通常用于处理修改和更改,以利用云的优势。迁移到云部署模型和重新设计本地应用程序是涉及云计算部署的两个主要问题。它可以极大地扩展软件应用的质量和范围,以提高资源配置的效率。与选择一次性修改整个系统的传统方法不同,软件体系结构的增量重新工程可以导致一种更安全、更灵活的方法,包括对遗留系统的体系结构偏差的纠正。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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