PAbMM中实时实体监控的场景和状态定义

M. Diván, M. Reynoso
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引用次数: 0

摘要

数据不断进入当前市场,数据流引擎是这类应用程序的替代方案。PAbMM是一个实时处理架构,专门用于测量项目,并安装在Apache Storm上。项目定义是基于度量和评估框架加载的。在此框架中,指标是根据相关决策标准解释每个度量的方式,以便做出实时决策。然而,决策标准容易受到环境、与被监测实体相关的不同状态和具体指标的影响。因此,作为对项目定义的补充,引入了一个新的模式,允许合并多个场景,以及与支持多标准决策的指标相关的实体状态。这使得每个指标及其相应的决策标准可以通过特定的场景和实体的当前状态进行解释。此外,还扩展了cincamipd库,以支持补充模式,并使用可选的ZIP压缩在JSON和XML数据格式下进行交换。由于该库是开源的,并且可以在GitHub上获得,因此其基本思想是促进测量系统之间的互操作性。引入离散模拟来描述当需要更新的项目数量增加时与新模式相关的时间和大小。离散仿真的结果很有希望,更新1000个活动项目只需要0.308秒。
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Incorporating Scenarios and States Definitions on Real-Time Entity Monitoring in PAbMM
Data are continuously arriving the current markets, and the data stream engines are an alternative for this kind of applications. PAbMM is a real-time processing architecture specialized on measurement projects and mounted on Apache Storm. The project definitions are loaded based on a measurement and evaluation framework. In this framework, the indicator is the way in which each measure is interpreted based on associated decision criteria for making real-time decisions. However, the decision criteria are susceptible to be influenced by the context, the different states related to the entity under monitoring and the specific indicator. Thus, a new schema is introduced as a compliment for the project definition, allowing incorporating multiple scenarios, and the entity’s states in relation to the indicators for supporting the multi-criteria decision making. This allows each indicator with its corresponding decision criteria can be interpreted by a specific scenario and an entity’s current state. In addition, the cincamipd library was extended for supporting the complementary schema, jointly with its interchanging under the JSON and XML data formats, using optionally the ZIP compression. Because the library is open source and available on GitHub, the underlying idea is to foster the interoperability between measurement systems. A discrete simulation is introduced for describing the times and sizes associated with the new schema when the volume of the projects to update grow-up. The results of the discrete simulation are very promising, only 0.308 seconds were necessary for updating 1000 active projects.
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