Reconfiguration for Sensitivity Technique: A QoS-aware Co-Design approach for stream-based applications

Jeong-A Lee; Olufemi Adeluyi

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Reconfiguration for Sensitivity Technique: A QoS-aware Co-Design approach for stream-based applications

机译：重新配置灵敏度技术：基于流的应用程序的QoS感知协同设计方法

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References(6) Reconfiguration for Sensitivity Technique (RST) is presented as an approach for maintaining QoS in stream-based applications running on embedded systems. It is a co-design approach that uses the reconfiguration and sensitivity metrics for QoS awareness; the former for run-time reconfiguration in response to stimuli from the latter. The effectiveness of RST was tested after we used our CHARMS algorithm to screen out 95.17% of the mapping-cases for a H.263 encoder. Our tests showed a 99.25% QoS provisioning-up-time-level at any given instant, based on available battery power, using RST as compared to 80.62% with Performance Aware Reconfiguration of Software Systems(PARSY), 58.83% with Reconfigurable Service Composition(RSC) and 41.67% without RST.

机译：参考文献（6）灵敏度技术的重新配置（RST）是一种用于在嵌入式系统上运行的基于流的应用程序中维护QoS的方法。这是一种共同设计的方法，它使用重新配置和敏感度指标来了解QoS。前者用于响应后者的刺激进行运行时重新配置。在使用CHARMS算法筛选出H.263编码器95.17％的映射情况之后，对RST的有效性进行了测试。我们的测试显示，在任何给定时刻，基于可用电池电量，使用RST时的QoS供应时间级别为99.25％，相比之下，使用软件系统的性能感知重新配置（PARSY）时为80.62％，使用可重新配置服务组合时为58.83％（ RSC）和没有RST的41.67％。

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《IEICE Electronics Express》 |2010年第24期|共页
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Jeong-A Lee; Olufemi Adeluyi;
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3. An energy-efficient, QoS-aware and cost-effective scheduling approach for real-time workflow applications in cloud computing systems utilizing DVFS and approximate computations [J] . Stavrinides Georgios L., Karatza Helen D. Future generation computer systems . 2019,第JULa期

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5. Sensitivity Measurements For Cargo Scanning Applications Using Photon Interrogation and Neutron Signature Counting Techniques. [D] . Ankrah, Maxwell. 2011

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Reconfiguration for Sensitivity Technique: A QoS-aware Co-Design approach for stream-based applications

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