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WideScanUsb.2.1
- Ezusb (cypress) USB 2.0 family firmware for data transfer including 4 endpoints configuration and crc check-Ezusb (cypress) family of USB 2.0 firmware az r data transfer including four endpoints configur ation and crc check
crc
- 生成多项式的最高位必须是1。例如:CRC-CCITT标准的16位生成多项式:g(x)= x16+x12+x1+1;阶数r = 16 即:0x11021.最高位通常为1。
CalcCRC
- CalcCRC8 The CalcCRC8 is used to append an eight-bit CRC to the message. A successful CRC check results in returning a 0. Implementation: This CRC will be using the CRC-16/CITT protocol. A 16-bit wide non-reflected code that starts initially
crc
- C++ BUILDER 写的CRC校验码程序!CRCC(X16+X12+X5+1)-C++ BUILDER written procedures CRC Check! CRCC (X16+ X12+ X5+ 1)
hdlc_latest[1]
- HDLC解码控制,包括CRC校验,可以在一片3400A FPGA上实现8解码-HDLC decoding control, including the CRC check can be realized in a 3400A FPGA 8 decoding
CRC-16LHF
- MCS51的CRC-16快速查表计算函数 要预先生成CRC16查表数据,起始地址CRC16TAB,按高/低字节顺序存放(512字节) // CRC-CCITT16 = X16+X12+X5+1, 00010000 00100001($1021) 郑州 汉威光电 刘海峰编制 (0371-62003091),欢迎交流-MCS51 the CRC-16 fast look-up table calculation function to pre-generated look-up tab
1
- C51实现16位CRC检验码,简短只有不到2K的大小,高效适合扩展。-C51 test to achieve 16-bit CRC code, the short size of less than 2K, and efficient for the expansion.
nRF24l01_tx_rx
- nRF24l01 NRF系列模块的数据收发控制 1) 2.4GHZ全球开放ISM频段免许可使用 2) 最高工作速率2Mbps,GFSK高效调制 3) 125个频道满足多点通讯和跳频通讯需求 4) 1.9-3.6V工作,低功耗,待机模式仅1uA. 5) 双通道数据接收,内置环行天线,体积仅17*34mm,通信距离在100m之内,软件编简单。 7) 内置硬件8/16位CRC校验,收发中断标志,每次可发28字节 -nRF24l01 NRF series data trans
CRC
- 查表方式CRC校验,要点是:1速度快,缺点:代码大一些。-CRC checksum table approach, the main points are: 1 speed
crc8
- for microcontroller Calculate CRC-8 Values. Uses The CCITT-8 Polynomial, Expressed As X^8 + X^5 + X^4 + 1-for microcontroller Calculate CRC-8 Values. Uses The CCITT-8 Polynomial, Expressed As X^8+ X^5+ X^4+ 1
checkCRC
- CRC效验程序,使用CRC-16和CRC-CCITT方法。 其中CRC-16的效验字是: X^16 + X^15 + X^2 + 1,CRC-12的效验字是: X^12 + X^11 + X^3 + X^2 + X^1 +1 CRC-CCITT的效验字是: X^16 + X^12 + X^5 + 1 -CRC-tested program, using the CRC-16 and CRC-CCITT method. Including CRC-16' s efficacy wor
crc-gen
- CRC Generator is a command-line application that generates Verilog or VHDL code for CRC of any data width between 1 and 1024 and polynomial width between 1 and 1024. The code is written in C and is cross-platform compatible
crc
- CRC校验原理 1、循环校验码(CRC码):是数据通信领域中最常用的一种差错校验码,其特征是信息字段和校验字段的长度可以任意选定。 2、生成CRC码的基本原理:任意一个由二进制位串组成的代码都可以和一个系数仅为‘0’和‘1’取值的多项式一一对应。例如:-Principle 1 CRC checksum, cyclic checksum (CRC code): is the data communications of the most commonly used error checki
CRC16_2
- IAR Asm for MSP430. Calculate the CCITT/ITU/CRC-16 parameters for this CRC are: Polynomial: x^16 + x^12 + x^5 + 1 (0x1021) Start value 0xFFFF Data receives from USART Checksum in R11.-IAR Asm for MSP430. Calculate the CCITT/ITU/CRC-
CRCDecoding
- CRC检错程序。只能检错不能纠错。(40,32)的分组码检错,反馈函数:x8+x7+x4+x3+x+1-CRC error detection process. Not only error detection correction. (40,32) and block code error detection, feedback function: x8+ x7+ x4+ x3+ x+1
UHF-RFID-CRC
- 本文首先研究了IsO/IECl8000.6标准中A、B两类短程通讯的前向链路与返回 链路的数据编码方式,对(FMO)双相间隔编码、(PIE)脉冲间隔编码、曼切斯特码 的编解码方式和技术参数进行了深入的分析,并利用FPGA实验平台对这三种编 码的编、解码电路进行了设计和仿真。然后对UHF RFID系统的差错控制技术原理 进行了探讨,重点研究了ISo/IECl8000.6标准中采用的数据保护与校验技术,即 循环冗余校验(CRC)技术。分析了基于线性反馈移位寄存器(LFSR)实现C
crc-gen[1]
- hamminag code using verilog this code is desinged for detecting
CRC-485communication-program
- 通讯规则: 1:时钟7.3728 MHz/波特率9600/9个数据位/奇校验/1个停止位/硬件多机通讯功能/ 2:通讯连接采用硬件MAX485,双向单工 -Communication rules: 1: clock 7.3728 MHz/9600 baud/8 data bits/odd parity/1 stop bit/hardware, multi-machine communication/2: Communication connection using hard
1
- 软件滤波算法,适用于ADC数据采集处理。CRC校验码计算代码(Software filtering algorithm, is suitable for data processing)
CRC
- CRC32:polynomial: (0 1 2 4 5 7 8 10 11 12 16 22 23 26 32) * data width: 8 CRC16:polynomial: (0 1 2 4 5 7 8 10 11 12 16 22 23 26 32) * data width: 8