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Using automatically derived load thresholds to manage compute resources on-demand

机译:使用自动导出的负载阈值按需管理计算资源

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Dynamic computing environments that support a changing application set and load are now a reality. Within these environments the decision to add or remove resources, must be made in a timely manner, while at the same time they must avoid excessive resource rebalancing. When the overhead incurred by the resource reallocation process is significant, we should be confident that additional resources are necessary before initiating an allocation process. This process is complicated by the instability of application content and frequent changes in average request processing time. Load and response time thresholds need to be dynamically and automatically adjusted if they are to remain effective. We investigate automated methods for selecting and setting thresholds, estimating load, and analyzing response time. Specifically, these methods estimate the load on a set of application servers, and set appropriate resource allocation thresholds based on the relationship between projected site response times and server load. We describe a solution to the problem of determining the maximum load over multiple servers under changing conditions, which include both changing traffic and application characteristics.
机译:现在,支持不断变化的应用程序集和负载的动态计算环境已成为现实。在这些环境中,必须及时做出添加或删除资源的决定,同时必须避免过多的资源重新平衡。当资源重新分配过程产生的开销很大时,我们应该有信心在启动分配过程之前需要额外的资源。应用程序内容的不稳定和平均请求处理时间的频繁更改使此过程变得复杂。如果要保持有效,则需要动态地自动调整负载和响应时间阈值。我们研究了用于选择和设置阈值,估计负载以及分析响应时间的自动化方法。具体来说,这些方法估计一组应用程序服务器上的负载,并根据预计的站点响应时间与服务器负载之间的关系设置适当的资源分配阈值。我们描述了一种确定在变化的条件下确定多台服务器的最大负载的问题的解决方案,其中包括变化的流量和应用程序特征。

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