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Offloading in Cloud and Fog Hybrid Infrastructure Using iFogSim

机译:使用iFogSim在云和雾混合基础架构中的卸载

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The information and communication technology has witnessed unprecedented changes with the introduction of IoT and the implementation of IoT applications is mainly dependant on cloud services like compute, storage, networking, etc. Fog computing has been introduced as a complement to the cloud infrastructure because in near future demands of the IoT devices will exceed the capabilities of the cloud. Our work focuses on the efficient utilization of the Cloud-Fog resources by distributing the application modules among Fog devices and cloud data centers. Placing the application modules on Fog devices improves performance parameters like response time, latency, energy consumption, etc. We have proposed two load balancing algorithms whose performance has been evaluated on the iFogSim simulator and their performance has been compared with the cloud-only approach. Our approach is generic which can be used in the vast majority of IoT applications.
机译:随着物联网的引入,信息和通信技术发生了前所未有的变化,物联网应用程序的实施主要依赖于云服务,如计算,存储,网络等。雾计算作为云基础设施的补充已被引入,因为在不久的将来物联网设备的未来需求将超过云的功能。我们的工作集中在通过在Fog设备和云数据中心之间分配应用程序模块来有效利用Cloud-Fog资源。将应用程序模块放在Fog设备上可以改善性能参数,例如响应时间,延迟,能耗等。我们提出了两种负载均衡算法,其性能已在iFogSim模拟器上进行了评估,并且其性能已与纯云方法进行了比较。我们的方法是通用的,可以在绝大多数物联网应用中使用。

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