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Integration and installation of on-site water-quality monitoring network based on model-based design technique

机译:基于模型设计技术的现场水质监测网络集成与安装

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We are developing integration and installation technologies of on-site water-quality monitoring network based on the model-based design technique, which allows us to check the performance quickly without building prototypes from its element level (micro-fluidics, micro-TAS) to the network level. In this paper, we describe newly developed model-based simulation platform suitable for micro-fluidic devices, and show the concept of micro-fluidic HILS (Hardware In the Loop Simulator) as an unique data-gathering system of the characteristics of micro-fluidic devices.
机译:我们基于基于模型的设计技术,正在开发现场水质监测网络的集成和安装技术,这使我们能够快速检查性能,而无需构建从其元素级别(微流体,微TAS)到原型的原型。网络级别。在本文中,我们描述了适用于微流体设备的新开发的基于模型的仿真平台,并展示了微流体HILS(硬件在环仿真器)的概念,它是具有微流体特性的独特数据收集系统设备。

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