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[Communication-Mobile] test_girth DL : 0: 用于测试LDPC码校验矩阵围线长度的c++代码，是构造LPDC码教验矩阵的辅助程序-for testing calibration matrix LDPC Wai length of the c code, Construction is the LPDC code inspection procedures auxiliary matrix
Date : 2008-10-13 Size : 10.05kb User : yanxi
[Communication-Mobile] f&b DL : 1: MODBUS(CRC)校验例程示例1.0版，包括二种编程语言模式-MODBUS (CRC) calibration routines example, version 1.0, including two kinds of programming language mode
Date : 2008-10-13 Size : 19.19kb User : 青林
[Communication-Mobile] f&b DL : 0: MODBUS(CRC)校验例程示例1.0版，包括二种编程语言模式-MODBUS (CRC) calibration routines example, version 1.0, including two kinds of programming language mode
Date : 2025-12-21 Size : 19kb User : 青林
[Communication-Mobile] test_girth DL : 0: 用于测试LDPC码校验矩阵围线长度的c++代码，是构造LPDC码教验矩阵的辅助程序-for testing calibration matrix LDPC Wai length of the c code, Construction is the LPDC code inspection procedures auxiliary matrix
Date : 2025-12-21 Size : 10kb User : yanxi
[Communication-Mobile] 08722@52RD_ResetUser(MTK)1[1].0 DL : 0: 清除除校准信息、SN、IMEI以外NVRAM里所有的数据使用说明: 1.进入程序后点击BB Chipset下拉菜单，选择正确的Baseband芯片 2.点击浏览按钮，在弹出的对话框中选择与手机软件相对应的NVRAMDATABASE文件(SRC) 3.选择正确的串口后点击确定按钮，然后把手机接到串口线上等待状态栏显示为PASS后即可-In addition to calibration information clear, SN, IMEI outside all the data NVRAM for use: 1. To enter the program BB Chipset Click the drop-down menu, choose the correct Baseband chip 2. Click the Browse button in the pop-up dialog box, select and cell phone software corresponding to the NVRAMDATABASE document (SRC) 3. Select the correct serial port and click the OK button, and then received a serial line waiting for the phone displays in the Status column immediately after PASS
Date : 2025-12-21 Size : 834kb User : mamatjan
[Communication-Mobile] PEG_LDPC DL : 0: 引入PEG（Progressive-edge-growth）算法来构造适合线性时间编码的LDPC校验矩阵，译码时采用简化最小和Min-Sum译码算法实现简化译码．仿真结果表明，该方法能够构造适合LDPC码的线性时间编码的下三角校验矩阵日，并且用此方法构造的LDPC码性能非常接近原来PEG算法构造的LDPC码．同时通过采用最小和Min-Sum算法降低译码复杂度．-The introduction of PEG (Progressive-edge-growth) algorithm to construct suitable for linear time encoding of LDPC check matrix, decoding simplified when the smallest and the Min-Sum decoding algorithm decoding simplified. Simulation results show that this method can construct LDPC codes suitable for linear time encoding on lower triangular calibration matrix, and constructed using this method the performance of LDPC code is very close to the original PEG algorithm constructed LDPC codes. At the same time through the use of the smallest and the Min-Sum decoding algorithm to reduce complexity.
Date : 2025-12-21 Size : 165kb User : 卡卡
[Communication-Mobile] 2201_Cal_Maja_v1p07_src DL : 0: 这是一个手机校准程序，手机测试的核尺所在，非常有用。-This is a mobile calibration procedures, testing of nuclear-foot cell phone is located, very useful.
Date : 2025-12-21 Size : 301kb User : Angus
[Communication-Mobile] LDPCdecoding11 DL : 0: 标准的LDPC码的编码方法为基于稀疏校验矩阵的-Standard LDPC codes based on sparse coding method for the calibration matrix
Date : 2025-12-21 Size : 2kb User : 张明
[Communication-Mobile] MFT_NewRF DL : 0: 基于VS2005的手机校准及测试平台程序，程序的模块划分及架构很值得学习。-VS2005-based mobile phone platform for the calibration and testing procedures, procedures and structure of the module division are worth learning.
Date : 2025-12-21 Size : 125kb User : rayn
[Communication-Mobile] Autotestqualcomm DL : 1: qualcomm自动测试程式的开发，包括用Aglient8960 进行校准和测试-qualcomm automatic test program development, including calibration and testing with Aglient8960
Date : 2025-12-21 Size : 3.33mb User : guanhaha
[Communication-Mobile] ldpc_bpsk DL : 0: LDPC码与bpsk结合，利用三种不同方法产生生成矩阵和校验矩阵。-LDPC codes combined with bpsk using three different methods have generated matrix and calibration matrix.
Date : 2025-12-21 Size : 9kb User : 李永强
[Communication-Mobile] stm32 CRC-DEMO DL : 0: ModBus水质分析仪CRC计算的接口STM32F2实现，此应用适用于市面大部分Modbus水质协议的CRC校验(ModBus water quality analyzer CRC calculation of the interface STM32F2 implementation, this application is applicable to most of the market Modbus water quality agreement CRC calibration)
Date : 2025-12-21 Size : 6.67mb User : rtgyws32141234
[Communication-Mobile] ISO_13400-2-2012 DL : 0: Vehicle diagnostic communication has been developed starting with the introduction of the first legislated emissions-related diagnostics and has evolved over the years, now covering various use cases ranging from emission-related diagnostics to vehicle-manufacturer-specific applications like calibration or electronic component software updates.
Date : 2025-12-21 Size : 295kb User : 木有鱼丸112