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Description: AVR单片机模糊控制器设计源码HOWTO-AVR fuzzy controller design source HOWTO
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Size: 75724 |
Author: 徐文平 |
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Description: 炉温模糊控制的一般性程序，可以修改各参数从而更改模糊控制表-Temperature control of the general procedures can be amended so as to change the parameters of fuzzy control Table
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Size: 101376 |
Author: 李文 |
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Description: AVR单片机模糊控制器设计源码HOWTO-AVR fuzzy controller design source HOWTO
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Size: 75776 |
Author: |
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Description: DS18B20温控制AVR控制程序源程序-DS18B20 temperature control source code control procedures AVR
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Size: 34816 |
Author: jie |
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Description: AVR单片PID调节,调试已通过@性能比较稳定@
-AVR monolithic PID regulator, debugging has been relatively stable through the @ properties @
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Size: 1024 |
Author: 任国华 |
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Description: 增量式模糊PID控制方法AVR单片机mega16-Incremental fuzzy PID control method AVR Singlechip mega16
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Size: 166912 |
Author: xiaoxiu |
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Description: fuzzy coding for an avr system
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Size: 1024 |
Author: dominic |
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Description: 基于 AVR 单片机的水温自动控制系统
摘要: 本系统以 ATMEGA16 单片机作为系统的检测和控制核心，采用温度传感器
AD590实现0—100℃温度范围内的实时温度采集，通过双向可控硅 BT136 控制电热杯对系统进行加热，利用继电器控制半导体制冷片对系统进行散热。通过一线键盘实现对任意温度值进行设定并对模糊 PID 参数的调整，液晶 LCD1602 实时更新显示当前温度测量值与键盘设定温度值。利用模糊 PID 算法，通过调功法对水温系统进行控制,实现在 0—100℃范围内任意设定温度值，静态误差小于±0.5℃。
关键词： AVR 单片机 水温自动控制 模糊 PID 算法
-AVR Microcontroller Based Temperature Control System
Abstract: This system ATMEGA16 microcontroller as the core monitoring and control system using the temperature sensor
AD590 0-100 ℃ temperature range to achieve real-time temperature acquisition, through triac BT136 control system for electric heating cup, using relay control system for semiconductor cooling heat tablet. Achieved through the keyboard line value for any temperature setting and adjustment of fuzzy PID parameters, real-time updates LCD1602 LCD displays the current temperature measurements and the keyboard set temperature. Fuzzy PID algorithm, the system transfer function method of temperature control, to achieve the 0-100 ℃ adjustable set temperature, the static error is less than ± 0.5 ℃.
Keywords: AVR microcontroller water temperature control fuzzy PID algorithm
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Size: 135168 |
Author: zhoupinneng |
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Description: This paper presents the design of an intelligent fuzzy
gain scheduled proportional-integral (FGSPI) controller as the
supplementary controller for load frequency control (LFC) of
two-area interconnected power system with reheat type thermal
unit of equal capacity in each area. The dynamic response has
been studied for 1% step load perturbation in area-1. The
proposed FGSPI controller is compared against conventional
proportional-integral (PI) controller and state feedback linear
quadratic regulator (LQR) controller using settling times,
overshoots and undershoots of the tie-line power and frequency
deviations as performance indices. Comparative analysis
indicates that the proposed intelligent controller gives better
performance than conventional controllers.
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Size: 304128 |
Author: phdscolar11
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