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A high performance control algorithm and implement method based on FNN for tea-fixation systems

机译:基于FNN的茶叶固定系统高性能控制算法与实现方法

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摘要

Aiming at the nonlinear and coupling phenomena of temperature and humidity changes in the course of tea fixation, this paper proposes the FNN algorithm and its hardware implementation technology in the process of making tea. STM32F107 microcontroller is as the core of the whole system and the multi-point detection system is used in real-time collection of two parameters of temperature and humidity . In addition, data transmission is implemented between PC and I2C, SPI bus. FNN control is adopted to meet the process requirement of temperature and humidity change in process. The method improves the control precision of temperature and humidity and the quality of tea.
机译:瞄准茶固定过程中温湿度变化的非线性和耦合现象,本文提出了在茶叶过程中的FNN算法及其硬件实现技术。 STM32F107微控制器作为整个系统的核心,多点检测系统用于两种温度和湿度参数的实时收集。此外,数据传输是在PC和I2C,SPI总线之间实现的。采用FNN控制来满足过程中温度和湿度变化的过程要求。该方法可提高温度和湿度的控制精度和茶的质量。

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