A RESTful Architecture for Portable Remote Online Experimentation Services

International Conference on Software and Information Engineering Pub Date : 2018-05-02 DOI:10.1145/3220267.3220280

Mohanad Odema, I. Adly, A. El-Baz, H. Amin

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引用次数: 1

Abstract

In this paper, an architecture is proposed to deliver portable remote online experimentation services. This can benefit the educational and academic sectors in terms of providing remote online accessibility to real experiment setups. Thus, the users can be relieved from geographical and time dependence for the experiment to be conducted. Nowadays, almost all web services leverage the efficiency and prevalence of the REST (Representational State Transfer) architecture. Hence, this proposed remote online service has been implemented in compliance with the RESTful architectural style. Web-based experiments require compatibility with any of the users' portable devices and accessibility at any time. A RESTful architecture can fulfill these requirements. In addition, different experiments can be made available online based on this architecture while sharing the same infrastructure. A case study has been selected to obtain measurements of different force components existing inside wind tunnels. The complete implementation of this system is provided starting from the embedded controller retrieving sensor measurements to the web server development and user interface design.

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便携式远程在线实验服务的RESTful架构

本文提出了一种提供便携式远程在线实验服务的体系结构。这可以使教育和学术部门受益，因为它可以为真实的实验装置提供远程在线访问。这样，用户就可以摆脱地域和时间的依赖，进行实验。如今，几乎所有的web服务都利用了REST(具象状态传输)体系结构的效率和流行程度。因此，这个建议的远程在线服务是按照RESTful架构风格实现的。基于web的实验需要与任何用户的便携式设备兼容，并且在任何时候都可以访问。RESTful架构可以满足这些需求。此外，不同的实验可以在共享相同基础设施的基础上在线提供。选择了一个案例研究来获得风洞内存在的不同力分量的测量。从嵌入式控制器检索传感器测量数据到web服务器的开发和用户界面的设计，给出了该系统的完整实现。

本文章由计算机程序翻译，如有差异，请以英文原文为准。

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International Conference on Software and Information Engineering

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