搜索资源列表
crc
- CRC码产生器与校验器程序 Features ： Executes in one clock cycle per data word Any polynomial from 4 to 32 bits Any data width from 1 to 256 bits Any initialization value Synchronous or asynchronous reset
crc_low
- 用c语言实现crc算法，采用ccitt标准多项式，查找表方法实现，低位先处理，接收校验成功标志为f0b8.-Checksum crc algorithm to achieve the standard which use ccitt polynomial, using look-up table method to achieve, low bit to deal with first, mark of success receiving check is f0b8.
CRC_FW
- 是我自己写的32位crc算法，生成多项式可以改成你自己需要的。应用于crc查表法。-I wrote it myself a 32-bit CRC algorithm to generate a polynomial can be changed to your own needs. Look-up table method used in CRC.
CRC_bit_arithmetic
- CRC采用比特型算法，生成多项式为CCITT 0x1021，无需查表，节省内存空间。-CRC-bit-based algorithm used to generate a polynomial for the CCITT 0x1021, no look-up table to save memory space.
crc
- 计算16位CRC函数之一,以前刚好写过一段时间,拿出来给和大家分享吧!(多项式可能不同,自己动下脑筋改下吧!)-16-bit CRC calculation function, one of just wrote some time ago, out to and to share it! (Polynomial may be different, their move to the next, are you thinking!)
crc
- CRC Code: Input: polynomial p(x) space bar and caption (max 10000 chars). Output: CRC Code
crc_high
- 用c语言实现crc算法，采用ccitt标准多项式，查找表方法实现，高位先处理，接收校验成功标志为1d0f.-Checksum crc algorithm to achieve the standard which use ccitt polynomial, using look-up table method to achieve, high bit to deal with first, mark of success receiving check is 1d0f.
EDCECC_arithmetic
- ECC/EDC算法理论：4字节检错码EDC：CD-ROM扇区中，有一个4字节共32位的EDC字域，它就是用来存放CRC码。 CD-ROM的CRC校验码生成多项式是32阶的,P(x) = (x16+x15+x2+1)(x16+x2+x+1)。 计算CRC码时用的数据块是从扇区的开头到用户数据区结束为止的数据字节，以Mode1为例， 即字节0—2063共2064个字节。将数据加上4个字节0，然后除多项式，得到的余数为校验码。 -ECC/EDC algorit
PCK_CRC3_D4
- CRC校验码生存程序 校验序列码生成多项式： X16+X13+X12+X11+X10+X8+X6+X5+X2+1 输入数据为16个字节（128位），输出16bit校验序列-CRC, the survival program check sequence code generator polynomial: X16+ X13+ X12+ X11+ X10+ X8+ X6+ X5+ X2+1 input data is 16 bytes (128 bits), output 16bit
crc8
- fill crc table for given polynomial in reverse bit order for Linux v2.13.6.
crc32defs
- There are multiple 16-bit CRC polynomials in common use, but this is the standard CRC-32 polynomial, first popularized by Ethernet.
crc8
- fill crc table for given polynomial in reverse bit order.
CRC
- 首先将用户输入的字符串转为二进制信息字段并左移16位后得到信息多项式，再利用生成多项式对信息多项式做模2除生成校验码，将16位的校验码拼接在左移空出的位置上，就是发送端发送的信息。由于传输过程中会有差错，所以接收方利用生成多项式对收到的信息同样做模2除检测，若余数为0，则传输过程中没有发生差错；若余数不为0，则传输过程中有差错。-First user input string converted to binary information field and moves to the left