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Reliability-Centric Analysis of Offloaded Computation in Cooperative Wearable Applications

机译：合作可穿戴应用中卸载计算的可靠性分析

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摘要

Motivated by the unprecedented penetration of mobile communications technology, this work carefully brings into perspective the challenges related to heterogeneous communications and offloaded computation operating in cases of fault-tolerant computation, computing, and caching. We specifically focus on the emerging augmented reality applications that require reliable delegation of the computing and caching functionality to proximate resource-rich devices. The corresponding mathematical model proposed in this work becomes of value to assess system-level reliability in cases where one or more nearby collaborating nodes become temporarily unavailable. Our produced analytical and simulation results corroborate the asymptotic insensitivity of the stationary reliability of the system in question (under the "fast" recovery of its elements) to the type of the "repair" time distribution, thus supporting the fault-tolerant system operation.
机译：受移动通信技术前所未有的渗透的推动，这项工作仔细审视了与异构通信相关的挑战，并在容错计算、计算和缓存的情况下卸载计算。我们特别关注新兴的增强现实应用，这些应用需要可靠地将计算和缓存功能委托给资源丰富的设备。本文提出的相应数学模型对于评估一个或多个附近协作节点暂时不可用的情况下的系统级可靠性具有重要价值。我们产生的分析和仿真结果证实了所讨论系统的平稳可靠性（在其元件的“快速”恢复下）对“修复”时间分布类型的渐近不敏感，从而支持容错系统的运行。

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