搜索资源列表
RF433
- 315M超再生无线模块发送和接收数据。程序通过软件编码与解码,运行在51单片机上,定义了引导码,,识别码,数据帧的通用结构,发送温度数据并在接收端解码。-315M super-regenerative wireless module to send and receive data. By encoding and decoding software program running on the microcontroller 51 defines boot code ,, identifica
winpcap
- 利用winpcap实现类似于wireshark的抓取网络数据并分析的C/C++的程序,实现了Ethernet数据帧、IP协议、TCP/UDP协议、ARP协议、DNS协议的分析。-Use winpcap achieve similar wireshark crawl network data and analysis of C/C++ program that implements the analysis crawl Ethernet, IP, TCP/UDP, ARP and DNS pack
simuUART
- 具有判别数据帧字节数的模拟串口程序,本人自己编写,并调试,绝对好用-simuUART for msp430,detect the number of frame
CAN_SeftTest
- FLEXCAN通信控制器的自测程序SelfTest,主要用于测试芯片的FlexCAN模块是否正常,程序通过MB10间隔一秒发送一个数据帧,然后通过MB8进行接收,并将接收到数据帧通过串口发送到PC,用户可以通过串口调试工具观察到MB 8接收到的数据-FLEXCAN SelfTest self-test program, communication controller is mainly used for the test chip FLEXCAN module is normal, by MB
FlexRay_Header_CRC_cal
- 这是关于FlexRay总线网络设计过程中,计算每个网络节点的数据帧头部循环校验码的程序。计算结果在控制台下显示为一个二进制数组。-This is a project completed on Visual C++ 6.0, which could be used for calculation of the header CRC code of each node in a FlexRay network. The results are displayed as an array of bin
MODBUS_RTU
- STM32单片机上针对MODBUS RTU协议 防止串口接收丢包 数据帧后死机,用定时器完成丢包数据帧处理-STM32 microcontroller for MODBUS RTU protocol to prevent the serial port to receive packet loss, data frame after the crash, using the timer to complete packet loss data frame processing
GPS
- 通过串口接收GPS模块的数据帧,从NMEA数据格解析出经纬度、UTC等信息,通过TFT屏幕显示出来。单片机采用STM32F103ZE,开发环境是RV MDK(The data frame of the GPS module is received through the serial port, and the latitude and longitude, UTC and other information are parsed from the NMEA data lattice, and
数据帧写入
- 针对某款气密性设备开发的上位机,利用串口实现通信。(According to the upper computer developed for a kind of air tightness equipment, the communication is realized by serial port.)
canbus
- CAN总线C++库,可以接收和发送CAN数据帧(c++ library of CANbus)
tcp
- tcp boost asio 实现tcp通信 可自定义数据帧(tcp boost asioTCP communication can be customized data frame)
MIMOBitsGenA
- 产生八通道待调制帧bit数据matlab程序(Eight channel bit data frames to be modulated)
uart
- VHDL实现串口转换的代码,串行通信的发送器有五个状态:--1.X_IDLE(空闲)状态 : 当UART被复位后,状态机将立刻进入这一状态,在这个状态下, -- 状态机一直等待发送命令XMIT_CMD,当接收到发送命令后,状态机进入X_START状态,准备发送起始位信号 --2.X_START状态 : 在这个状态下,UART发送一个位时间宽度的逻辑'0',信号至TXD,即 -- 起始位,紧接着状态机进入X_SHIFT状态,发一位数据 --3.X_WAIT状态 : 当状态机处于这一个状态时
RS232
- 打开、关闭串口,读取串口数据,处理串口错误,数据帧封装与解析,多通道绘制波形。(Open and close the serial port, read the serial data, deal with serial error, data frame encapsulation and analysis, multi-channel rendering waveform.)
FrameParser
- 以太网数据帧解析。解析MAC帧的结构。实现了对MAC层DIX Ethernet II 协议的解析(Analysis of Ethernet data frame)
dw_pyserial_work
- 利用python开发一款跨平台的串口通讯程序,基于串口线程的异步通讯。实现自动查找可用串口,数据帧的异步接收,数据分析和图形显示,可作为硬件调试用的上位机软件。(Using Python to develop a cross platform serial communication program, asynchronous communication based on serial thread. Automatic lookup of available serial ports, asy
vb6例子
- 利用can卡的动态连接库实现vb与单片机的can通讯,实现can数据帧的发送与接受(The dynamic connection Library of can card is used to realize the can communication between VB and MCU, and the sending and receiving of can data frame are realized)
pprttimestamping
- 面向AVS—M 的快速帧问预测模式选择算法()
NamePipes v1.1
- 自定义串口开发,自动处理不连续数据,按照指定规则完成自动数据帧解析与封装(User-defined serial port development, automatic processing of discontinuous data, automatic data frame parsing and encapsulation according to the specified rules)
程序终极版1.0
- 认为利用matlab实现数据帧的分组分包,并模拟数据丢失和数据恢复的过程;(It is considered that the packet subpackage of data frame is realized by MATLAB, and the process of data loss and data recovery is simulated)
09-红外收发器
- PC上运行串口大师等串口调试软件,通过USB接口向开发板发送数据, 开发板收到数据帧后,将其由红外端口发送;如开发板接收到红外信号,当红外端口接收到完整数据帧后,开发板将数据由USB口送至PC。本程序未采用NEC或Philips的红外协议,旨在展示一种像使用串口一样 使用红外接口的方式,实验表明,这一方法十分有效,在1200bps、3米 距离的条件下仍有非常好的收发效果。(PC run serial master serial debugging software to se