搜索资源列表
cpld
- 本文详细分析了COOLRUNNER系列CPLD的结构,特点及功能,使用VHDL语言实现数字逻辑,实现了水下冲击波记录仪电路的数字电路部分.
Y488941
- 基于VHDL高级综合的水下航行器自控系统集成设计研究，资料详尽，有全套源码，绝对真实！
underol
- 超高速水下航行器横滚控制研究underwater vehicle roll control-Ultra-high-speed underwater vehicle roll control
tcc
- PID闭环控制程序,非常实用可靠耐用，运用在水下电机控制-PID closed-loop control program, very practical, reliable and durable, the use of motor control in the water
LYTC-ADC
- 水下数据采集和控制系统，已实际应用于水下埋设系统的采集和控制-Underwater data acquisition and control systems, has laid the practical application of underwater systems acquisition and control
undot
- 小型水下观测机器人underwater robot设计与控制的研究-Observation of small underwater robot design and control of
Contign
- 中程水下测距及遥控系统主控机设计Controller Design-Medium-distance and remote control system of underwater Main Controller Design
Unmata
- 水下无人潜航器探测与控制单元数据交互Unmanned submersible underwater detection devices interact with the control unit data-Unmanned submersible underwater detection devices interact with the control unit data
ww
- 水下热动力转速控制单元的设计开发Underwater Thermal Power speed control unit design and development-Underwater Thermal Power speed control unit design and development
tem
- VxWorks的水下航行器组合导航系统设计VxWorks for Underwater Vehicle Navigation System-VxWorks for Underwater Vehicle Navigation System
ARM-control-underwater-robot
- 利用ARM Cortex-M3芯片控制水下机器人的动作，源程序，直接就能用，源自一个项目。-ARM Cortex-M3 chip control underwater robot action, source code, will be able to use directly from a project.
diswater
- 水下超声波测距 超声波发射接收 ICC编译-Underwater ultrasonic transmitting and receiving ultrasonic ranging
dingshi
- 水质与大众的健康水平和工业生产质量关系密切，而浊度是水质评 价体系中非常重要的指标之一。目前我国水环境形势严峻，为了更好的 保护和改善水环境，国家正在大力发展水质环境实时监测系统。在此背 景下，针对水质环境实时监测系统中对浊度测量的要求，研制开发了基 于MSP430 微控制器的散射光式水下在线浊度仪。-Health and quality of industrial production quality is closely related with the public, an
Underwater-ultrasonic-ranging
- 基于stm32f4的水下超声波测距：包括PWM输出到LED控制LED的亮度，KEY接外部中断，调节PWM占空比，定时器3中断，调节LED2闪烁，LCD显示AD采样值。-Based on the underwater ultrasonic ranging stm32f4: including PWM output to the LED control LED brightness, KEY external interrupt, adjust the PWM duty cycle, timer i
新水下机器人PID算法 - 副本
- 水下机器人控制、可以九个自由度控制，平稳快熟。(Underwater robot control, can control nine degrees of freedom, smooth and fast cooked.)