搜索资源列表
mega48-gps
- 用avr单片机接收GPS的数据的ｃ语言程序，包括lcd显示程序-avr microcontroller with the GPS receiver of the data c language program, including lcd display program
atmega_gps
- Atmega avr gps sample code.
GPSRX
- AVR系列单片机通过，串口应用读取GPS全部数据。-AVR MCU through serial application of GPS to read all the data.
GPS
- AVR microcontroller to read GPS module
Transmitter
- Virtual GPS NEMAcode transmitter using serial port, AVR Atmega32 microcontrooler
beacon
- AVR控制GPS移动电话(atmega8)设备本身是非常小，就好像已经存在的GPS模块（GM862）一样大。Alexander Weber连接这个模块到atmega8微处理器,并且使用串口modem通讯协议。设备可以发送带有GPS位置信息的文字短信-AVR control of GPS mobile phones (atmega8) the equipment itself is very small, just like GPS modules that already exist (GM86
gps_clock
- Program with BASCOM-51 for decode clock time from NMEA format gps receiver
gps
- AVR Mega16读取GPS模块并分析出海拔、时间、经纬度程序。-AVR Mega16 GPS module to read and analyze the altitude, time, latitude and longitude procedures.
GPS_final_2
- In this project i have interfaced an GPS with AVR microcontroller, the ATtiny2313 gets the location from the GPS and display it over the LCD display. This project also have the feature of marking a place with its name. For entering the Name of the pl
AVR48-wireless-test-program
- AVR mega48 nrf24l01测试板 收发程序-AVR mega48 nrf24l01 program test board transceiver
447592
- In this project i have interfaced an GPS with AVR microcontroller, the ATtiny2313 gets the location from the GPS and display it over the LCD display. This project also have the feature of marking a place with its name. For entering the Name of the pl
GPSLoc
- This zip file interfaces a GPS module with the AVR ATMega64. The main.c file contains the algorithm to sort out the data from PMTK format to GPS co-ordinates
GpS-logger-in-C
- GPS logger with AVR and viwe on LCD
en_article_c_avr_04_09
- GPS with AVR with source codes
Standalone-GPS-Receiver-With-LCD-Display
- file for AVR device and using for embedded c and GPS and lcd is used in this to develop an one application for this
CC1101_Master
- 现有的传感网络要么通过无线方式要么通过有线方式与传统通信网络相互连接，缺少集有线和无线与一体的物联网网关，不能适应不同需求的专用传感网的扩展。 现有的传感网络多采用ZigBee与感知节点进行通信，由于是一种低功耗、短距离的无线通信技术，其穿透能力及工作环境都受到制约。在实际的农业、工业应用中，传输信号易受干扰，导致通信故障。 发明内容 本实用新型的目的在于克服现有技术的不足之处，解决现有技术中传感网络信息传输效率低以及与传统通信网络连接接口单一等问题，提供一种基于433M、GPRS、TC
nmea
- Library for work with NMEA GPS for AVR MCUs