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WAN Optimization Tools, Techniques and Research Issues for Cloud-Based Big Data Analytics

机译:基于云的大数据分析的WAN优化工具,技术和研究问题

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Increasing data volumes, data replication at offsite, and the greater than ever use of content-rich and Big Data, applications are mandating IT organizations to optimize their network resources. Trends such as Virtualization and Cloud computing further emphasize this requirement of this current era of Big data. To help with this process, companies are increasingly relying on a new generation of WAN optimization Techniques, Appliances, Controllers, Platforms and Products that are displacing standalone physical appliances by offering more scalability, flexibility, and manageability by additional inclusion of software to handle this Big data and bring valuable insights through big data analytics. An optimized WAN environment can increase network reliability, accessibility and availability and improve cost profiles. It also improves the performance and consistency of data backup, replication, and recovery processes. This paper covers the introduction to WAN optimization, prominent WAN optimization techniques, WAN optimization products used for Big data analytics and finally future trends and research Issues of WAN optimization in the ensuing era of Big data.
机译:越来越多的数据量,异地数据复制,以及比以往任何时候都更需要使用内容丰富的大数据,应用程序迫使IT组织优化其网络资源。虚拟化和云计算等趋势进一步强调了当今大数据时代的这一要求。为了帮助完成此过程,公司越来越依赖新一代的WAN优化技术,设备,控制器,平台和产品,它们通过提供更多的可扩展性,灵活性和可管理性来取代独立的物理设备,并通过附加包含软件来处理这一大问题。数据,并通过大数据分析带来有价值的见解。优化的WAN环境可以提高网络可靠性,可访问性和可用性,并改善成本状况。它还可以提高数据备份,复制和恢复过程的性能和一致性。本文介绍了广域网优化的介绍,杰出的广域网优化技术,用于大数据分析的广域网优化产品,以及最终的趋势和研究,以及随后的大数据时代的广域网优化问题。

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