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A Hand-Held Programmable-Logic-Device Based Temperature and Relative-Humidity Sensor, Processor and Display System Platform for Automation and Control of Industry Processes

机译:基于手持可编程逻辑器件的温度和相对湿度传感器,处理器和用于自动化和控制行业流程的显示系统平台

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Development, testing and validation of a small battery-powered hand-held Programmable-Logic-Device (PLD) based temperature and relative-humidity sensing, processor and display system platform, to be utilized for computation and display of metrics/parameters of importance to process industry personnel, is addressed in this manuscript. Cost of the platform is important but not the highest priority. A higher priority is an ability to efficiently explore, implement and compare in a timely manner different processor microarchitectures and display system formats which may be used in the calculation and display of any single industry process metric or, when required, even simultaneous calculation and display of multiple metrics which are a function of temperature and Relative-Humidity (RH). A best processor microarchitecture and display system can then be chosen based on application performance/cost requirements. A PLD based sensor, processor and display system platform offers this opportunity. An initial and illustrative application of the platform, and used for its validation - temperature and relative humidity sensing, calculation and display of Equilibrium Moisture Content (EMC) of wood, is described.
机译:基于小型电池供电的手持可编程逻辑设备(PLD)的温度和相对湿度感应,处理器和显示系统平台的开发,测试和验证,用于计算和显示度量/参数过程行业人员,在这份手稿中得到解决。平台的成本很重要,但不是最优先级。更高的优先级是能够及时探索,实现和比较的能力,以及时的方式不同的处理器微体系结构和显示系统格式,这些格式可以用于任何单一行业过程度量的计算和显示,或者在所需时,甚至同时计算和显示多个度量是温度和相对湿度(RH)的函数。然后可以根据应用性能/成本要求选择最佳的处理器微体系结构和显示系统。基于PLD的传感器,处理器和显示系统平台提供了这个机会。描述了平台的初始和说明性应用,并用于其验证 - 温度和相对湿度感测,木材平衡水分含量(EMC)的计算和显示。

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