CloudView: Describe and Maintain Resource View in Cloud

Dehui Zhou, Liang Zhong, Tianyu Wo, Junbin Kang
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引用次数: 8

Abstract

Resource view is the user defined table to provide specific view on resource status in cloud computing environment. It provides a convenient way to retrieve resource data for applications at infrastructure, platform and service layers. But the description and maintenance of these diverse resource views are inconvenient and dramatically difficult due to massive, heterogeneous and dynamic characteristics of the cloud resources involved. In this paper we present a resource view description scheme RQL and the corresponding system Cloud View to address these difficulties. RQL provides users a scheme to specify the data processing flow from resource raw data collected to resource view data objected. By constructing data processing a cyclic graph based on view definitions and using basic routines, view maintenance mechanism update user defined resource views automatically and periodically. Cloud View use a centralized scheduler to distribute maintenance jobs to a set of scalable worker nodes. It leverages distributed key-value database to store view data. Compared to related resource monitoring and discovering systems, Cloud View is flexible in application oriented view description and maintenance. Experiments show it updates typical user defined views with desired performance.
CloudView:描述和维护云中的资源视图
资源视图是用户自定义的表,用于在云计算环境中提供特定的资源状态视图。它为基础设施、平台和服务层的应用程序检索资源数据提供了一种方便的方法。但是,由于所涉及的云资源具有大量、异构和动态的特点,对这些不同的资源视图进行描述和维护是不方便和极其困难的。本文提出了一种资源视图描述方案RQL和相应的系统云视图来解决这些困难。RQL为用户提供了一种方案来指定从收集的资源原始数据到对象资源视图数据的数据处理流。视图维护机制通过构造基于视图定义的数据处理循环图,利用基本例程,自动周期性地更新用户定义的资源视图。Cloud View使用集中式调度器将维护作业分发到一组可伸缩的工作节点。它利用分布式键值数据库来存储视图数据。与相关的资源监控和发现系统相比,Cloud View在面向应用的视图描述和维护方面具有灵活性。实验表明,该方法更新了典型的用户自定义视图,并获得了理想的性能。
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