Towards the development of a SIL compliant wireless hydrocarbon leakage detection system

Waqas Ikram, Niklas Jansson, T. Harvei, B. Fismen, J. Svare, N. Aakvaag, Stig Petersen, Simon Carlsen
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引用次数: 8

Abstract

Wireless communication is one of the fastest growing technologies in process automation and now targets main stream applications. One such application is a safety application; it is unique in its own rights, as any problem with safety related equipment, network or system can compromise on-site safety. For the wired networks which serve safety applications, they are designed to ensure QoS. Therefore, controlling delay, jitter, packet loss rate and bandwidth is critical. To achieve the same performance over an envisioned wireless network with shared communication medium, various problems are to be dealt with. In this regard, this paper is an effort towards the design of a SIL compliant solution. Hence, this paper addresses the key constraints of the wireless technology and demonstrates the proof-of-concept through a field trial.
面向SIL兼容的无线油气泄漏检测系统的开发
无线通信是过程自动化中发展最快的技术之一,目前已成为主流应用。其中一种应用是安全应用;它是独一无二的,因为任何与安全相关的设备、网络或系统的问题都可能危及现场安全。对于服务于安全应用的有线网络,它们的设计是为了保证QoS。因此,控制时延、抖动、丢包率和带宽至关重要。为了在设想的具有共享通信介质的无线网络上实现相同的性能,需要处理各种问题。在这方面,本文致力于设计一个SIL兼容的解决方案。因此,本文解决了无线技术的关键限制,并通过现场试验演示了概念验证。
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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