MPC controller as a service in IoT architecture

S. Kozák, Anton Pytel
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引用次数: 1

Abstract

These days a term Internet of Things (IoT) is often mentioned in commercial and academic sphere so it can sometimes sound as a buzzword. Nevertheless the IoT idea moving the world further in terms of almost unlimited connectivity of fog components, meaning sensors, actuators, gateways, with cloud components meaning high cpu power and memory capacity computers in data centers with all kind of software services connectable, that can add value to data coming from fog to cloud and from cloud to fog. By this approach of connecting fog with cloud it is possible to do cpu and memory power demanding operation in cloud and so sophistically affecting actuators in the field. This papers is inspired by the IoT architecture and proposes an idea of Controller as a Service approach in automation. MPC online method was chosen as demanding controller and is exposed as a service for use of everyone or better every internet thing. The complicated computation is done in the cloud, only communication with cloud is needed in fog area.
物联网架构中的MPC控制器即服务
如今,物联网(IoT)一词经常在商业和学术领域被提及,所以它有时听起来像是一个流行语。尽管如此,物联网的想法在雾组件的几乎无限连接方面推动了世界的发展,雾组件意味着传感器,执行器,网关,云组件意味着数据中心的高cpu功率和内存容量的计算机与各种软件服务可连接,这可以为从雾到云和从云到雾的数据增加价值。通过这种将雾与云连接的方法,可以在云中进行cpu和内存功耗要求高的操作,从而对现场的执行器产生复杂的影响。本文受到物联网架构的启发,提出了自动化中控制器即服务方法的思想。MPC在线方法被选为要求苛刻的控制器,并暴露为每个人或更好的每个互联网事物使用的服务。复杂的计算在云中完成,雾区只需要与云通信。
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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