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A Serverless Architecture for Wireless Body Area Network Applications

机译：用于无线机身区域网络应用的无务架构

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Wireless body area networks (WBANs) have become popular for providing real-time healthcare monitoring services. WBANs are an important subset of Cyber-physical systems (CPS). As the amount of sensing devices in such healthcare applications is growing rapidly, security, scalability, availability and privacy are a real challenge. Adoption of cloud computing is growing in the healthcare sector because it can provide high scalability while ensuring availability and affordable healthcare monitoring services. Serverless computing brings a new era to the design and deployment of event-driven applications in cloud computing. Serverless computing also helps the developer to build a large application using Function as a Service without thinking about the management and scalability of the infrastructure. The goal of this paper is to propose a dependable serverless architecture for WBAN applications. This architecture will improve the dependability of WBAN applications through ensuring scalability, availability, security and privacy by design, in addition to being cost-effective. This paper presents a detailed price comparison between two leading cloud service providers. Additionally, this paper reports on the findings from a case study which evaluated security, scalability and availability of the proposed architecture. This evaluation was conducted by load testing and rule-based intrusion detection.
机译：无线体积网络（WBANS）已成为提供实时医疗保健监控服务的流行。 WBAN是网络物理系统（CPS）的重要子集。随着这种医疗保健应用程序中的传感设备的数量正在迅速增长，安全性，可扩展性，可用性和隐私是一个真正的挑战。通过云计算的采用在医疗保健部门的增长，因为它可以提供高可扩展性，同时确保可用性和经济实惠的医疗保健监控服务。无操作系统的计算为云计算中的事件驱动应用程序的设计和部署提供了新的时代。无服务器计算还可以帮助开发人员使用功能作为服务构建大型应用程序，而无需考虑基础架构的管理和可扩展性。本文的目标是为WBAN应用提出可靠的无服务架构。除了具有成本效益之外，这种架构将通过确保通过设计的可扩展性，可用性，安全性和隐私来提高WBAN应用程序的可靠性。本文提出了两个领先的云服务提供商之间的详细价格比较。此外，本文从案例研究报告了评估了拟议架构的安全性，可扩展性和可用性的案例研究。该评估是通过负载测试和基于规则的入侵检测进行的。

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