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H-MVIP与 ST-BUS双向通信解决方案
- 为满足高密度多厂商集成协议(H-MVIP)和串行电信总线(ST-BUS)在通信领域中的应用需求，提出两者之间的双向通信解决方案。 采用状态机结合硬件描述语言的设计方式，在现场可编程门阵列上实现整个方案，包括同步、接收、缓存、总线生成与转换、监测等模块。 实验结果证明了该方案的可行性。
NRF4432无线双向通信.rar
- NRF4432无线双向通信，能实现收发一体，
UDP传输，包含客户端和服务器端两个CPP
- UDP传输，包含客户端和服务器端两个CPP。实现客服端与服务器的双向通信。,UDP server
无线单片机NRF24L01双向通信程序
- 无线单片机NRF24L01双向通信程序，一个程序包含发送与接收两个部分-Two-way wireless communication chip NRF24L01 program, a program contains two parts, send and receive
TCPThread
- 客户端与服务器之间通过TCP多线程进行双向通信-Between the client and server through the TCP multi-threaded two-way communication
Master_Client
- 主从式总线型SIO系统（多机双向通信），包含一个主机和三个分机的源代码-Master-slave type SIO bus system (multi-machine two-way communication), contains a host and three extension source code
nrf905无线双向通信(判断DR）
- nrf905无线双向通信，可以学习无限传输系统-nrf905 wireless two-way communication
2-NRF905初步体验2-双向无线通信程序
- NRF905无线射频模块双向（发射，接收）通信程序(NRF905 radio frequency module bidirectional (transmit, receive) communication program)
操作系统双向进程通信
- 操作系统实验进程双向通信，要求 1）创建一个消息队列用于收发双方通信包含msgget() msgsnd() msgrcv() 2）编写发送端和接收端代码基于消息队列实现双向通信 3）编译调试顺利运行并提交实验报告 4）课后要求对常见的四种进程通信方式进行调研和总结(Bidirectional communication of experimental process of operating system based on message queue)
NRF24L01无线通信实验
- 在一块STM32 MINI 开发板上实现NRF24L01的双向通信，用两个SPI总线。显示在上位机上面。(On a STM32 MINI development board, two-way communication of NRF24L01 is realized, using two SPI buses. Displayed on the upper computer.)
一对一双向通信
- 简单的nrf24l01无线模块基于51单片机的双向通信程序，经调试nrf24l01无线模块一对一双向通信能实现。(The simple nRF24L01 wireless module is based on the two-way communication program of 51 SCM. After debugging, the nRF24L01 wireless module can realize one to one bidirectional communication.)
单片机之间双向通信
- 单片机双向通信案例，包含仿真电路及hex文件(SCM two-way communication case, including the simulation circuit and hex file)
汉明码通信毕业设计
- 汉明码双向通信，实现缩短汉明码，扩展汉明码，从文本中读取数据流(Hamming code bidirectional communication, shortening Hamming code, extending Hamming code, reading data stream from text)
串行通信
- 计算机与单片机之间实现串行通信，10位异步通信，波特率1200，采用定时器1产生，实现计算机串口调试助手与单片机之间的双向通信；(The serial communication between computer and MCU is achieved. Asynchronous communication with 10 bits and baud rate of 1200 are generated by timer 1, which realizes two-way communicati
485 双向RDM
- 基于485通信模式的双向通信，接收方，根据固定协议的RDM双向(Two-way communication based on 485 communication mode, receiver, RDM bi-directional based on fixed protocol)
1-NRF24l01双向通信
- NRF24L01双向通信，测试通过，通过LED灯亮灭判断数据发送是否成功(NRF24L01 two-way communication)
STM32F1蓝牙通信
- 通过蓝牙实现手机与串口数据互传，可实现数据双向传递(The two-way transmission of data between mobile phone and serial port can be realized through Bluetooth, and the two-way transmission of data can be realized)
STM32与FPGA通信
- stm32与fpga之间的通信，协议是SPI的，可双向通信（双向通信需要自己例化，只例化了fpga到stm32）(Communication between STM32 and FPGA, the protocol is SPI, two-way communication (two-way communication needs to be taken as an example, only FPGA to STM32))
单片机之间双向通信
- 单片机之间双向通信，基于51单片机实现该功能(Two-way communication between Singlechip)
STM32 USB HID实现USB双向通信
- STM32 USB HID 双向通讯,包含上位机和下位机，测试通过(Simulating HID through USB)