云上的在线风险分析

Hyunjoo Kim, Shivangi Chaudhari, M. Parashar, Christopher Marty
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引用次数: 44

摘要

在当今动荡的市场环境下,能够及时准确地衡量风险已成为成功运营的关键,也是生存的必要条件。风险价值(VaR)是高级管理层和监管机构用来量化公司持股风险水平的市场标准风险度量。然而,VaR应用程序的时间关键性质和动态计算工作负载使得计算基础设施必须处理计算和存储资源需求的突发情况。这需要按需可伸缩性、动态供应和分布式资源的集成。虽然新兴的公用事业计算服务和云具有经济有效地支持资源需求激增的潜力,但将云与计算平台和数据中心集成,以及开发和管理利用该平台的应用程序仍然是一个挑战。在本文中,我们关注在线风险分析应用程序的动态资源需求,以及如何通过云环境来解决这些需求。具体来说,我们演示了CometCloud自主计算引擎如何使用和集成私有云和互联网云资源来支持在线多分辨率VaR分析。
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Online Risk Analytics on the Cloud
In todays turbulent market conditions, the ability to generate accurate and timely risk measures has become critical to operating successfully, and necessary for survival. Value-at-Risk (VaR) is a market standard risk measure used by senior management and regulators to quantify the risk level of a firm's holdings. However, the time-critical nature and dynamic computational workloads of VaR applications, make it essential for computing infrastructures to handle bursts in computing and storage resources needs. This requires on-demand scalability, dynamic provisioning, and the integration of distributed resources. While emerging utility computing services and clouds have the potential for cost-effectively supporting such spikes in resource requirements, integrating clouds with computing platforms and data centers, as well as developing and managing applications to utilize the platform remains a challenge. In this paper, we focus on the dynamic resource requirements of online risk analytics applications and how they can be addressed by cloud environments. Specifically, we demonstrate how the CometCloud autonomic computing engine can support online multi-resolution VaR analytics using and integration of private and Internet cloud resources.
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