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Description: CRC 校验源码分析,说明了CRC 校验中CRC 值是如何计算出来的，体现的多项式正是X16+X12+X5+1。
Serial Data 即是需要校验的数据。-CRC source analyzed that the CRC value of the CRC calculation of the show that the polynomial is an X16 X12 X5. Serial Data that is the need for calibration data.
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Size: 20054 |
Author: 小康 |
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Description: crc16的算法，格式为X16+X12+X5+1，用于串口通讯数据的校验。-crc16 algorithm, the format for X16 X12 X5 one for serial data communications check.
Platform: |
Size: 25658 |
Author: 孙盛 |
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Description: CRC-CCITT码: G(x)=X16+X12+X5+1
多项式为 0x08408
用VC++写的DLL
用VB调用的
有调用实例
-CRC-CCITT code : G (x) = X16 X12 X5 to a polynomial with VC 0x08408 written with VB DLL called the Call example
Platform: |
Size: 231179 |
Author: 李慎丹 |
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Description: 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。
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Size: 3630 |
Author: xuhailun |
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Description: HDLC链路层协议的CRC校验.HDLC使用16位CRC校验。使用的多项式是：x16+x12+x5+x0
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Size: 1553 |
Author: 李洪臣 |
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Description: 16位/32位整型数开方的汇编程序,应用于AVR单片机!
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Size: 1263 |
Author: Chen.Y.M |
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Description: CRC校验实用程序
CRC-16码: G(x)=X16+X15+X2+1
CRC-32码: G(x)=X32+X26+X23+X22+X16+X12+X11+X10+X8+X7+X5+X4+X2+X1+X+1
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Size: 33546 |
Author: 卢东 |
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Description: 单片机实现的CRC校验，特别针对PPP协议验证过。
多项式是：CRC16-CCITT x16+x12+x5+1
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Size: 1404 |
Author: 王强 |
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Description: CRC 校验源码分析,说明了CRC 校验中CRC 值是如何计算出来的，体现的多项式正是X16+X12+X5+1。
Serial Data 即是需要校验的数据。-CRC source analyzed that the CRC value of the CRC calculation of the show that the polynomial is an X16 X12 X5. Serial Data that is the need for calibration data.
Platform: |
Size: 19456 |
Author: 小康 |
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Description: C51 DOS/WINDOWS下的MCS51系列实时时钟（X1228）的C驱动程序-C51 DOS/Windows MCS51 series of real-time clock (X1228) C driver
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Size: 2048 |
Author: wangxian |
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Description: crc16的算法，格式为X16+X12+X5+1，用于串口通讯数据的校验。-crc16 algorithm, the format for X16 X12 X5 one for serial data communications check.
Platform: |
Size: 28672 |
Author: |
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Description: x1226时钟的读写程序,用c51编写。-x1226 clock literacy program, c51 prepared.
Platform: |
Size: 7168 |
Author: 李世华 |
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Description: CRC-CCITT码: G(x)=X16+X12+X5+1
多项式为 0x08408
用VC++写的DLL
用VB调用的
有调用实例
-CRC-CCITT code : G (x) = X16 X12 X5 to a polynomial with VC 0x08408 written with VB DLL called the Call example
Platform: |
Size: 234496 |
Author: 李慎丹 |
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Description: 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。-Generating polynomial must be the highest one. For example: CRC-CCITT standard 16-bit generation polynomial: g (x) = x16+ X12+ X1+ 1 order of r = 16 that is: 0x11021. Highest one usually.
Platform: |
Size: 3072 |
Author: xuhailun |
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Description: CRC校验实用程序
CRC-16码: G(x)=X16+X15+X2+1
CRC-32码: G(x)=X32+X26+X23+X22+X16+X12+X11+X10+X8+X7+X5+X4+X2+X1+X+1
-CRC checksum utility CRC-16 Code: G (x) = X16+ X15+ X2+ 1CRC-32 Code: G (x) = X32+ X26+ X23+ X22+ X16+ X12+ X11+ X10+ X8+ X72B ! X5+ X4+ X2+ X1+ X+ 1
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Size: 32768 |
Author: 卢东 |
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Description: 单片机实现的CRC校验，特别针对PPP协议验证过。
多项式是：CRC16-CCITT x16+x12+x5+1-Singlechip realize the CRC checksum, with special reference to PPP agreements verified. Polynomial is: CRC16-CCITT x16+ X12+ X5+ 1
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Size: 1024 |
Author: 王强 |
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Description: 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($1021)
郑州 汉威光电 刘海峰编制 （0371-62003091）,欢迎交流-MCS51 the CRC-16 fast look-up table calculation function to pre-generated look-up table data CRC16, start address CRC16TAB, according to high/low byte order storage (512 bytes)// CRC-CCITT16 = X16+ X12+ X5+ 1, 00010000 00100001 ($ 1021) Zhengzhou Hanwei Haifeng photoelectric preparation (0371-62003091) and welcomes the exchange of
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Size: 2048 |
Author: liuhaifeng |
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Description: 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)
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Size: 354304 |
Author: zys |
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Description: The 16-bit CRC checksum. The algorithm used is CRC-CCITT. The CRC calcula-
tion includes all bytes of the frame. The data bytes have to be calculated as a
word. At first you have to shift in the high byte of the data word. This is the opposite
way you transmit the data word. The 16-bit generator polynomial ‘x16
+x12
+x5
+1’ is
used for the calculation.
-The 16-bit CRC checksum. The algorithm used is CRC-CCITT. The CRC calcula-
tion includes all bytes of the frame. The data bytes have to be calculated as a
word. At first you have to shift in the high byte of the data word. This is the opposite
way you transmit the data word. The 16-bit generator polynomial ‘x16
+x12
+x5
+1’ is
used for the calculation.
Platform: |
Size: 159744 |
Author: jj |
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Description: 基于X12的季节调整模型的matlab程序-X12 seasonal adjustment model based on matlab program
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Size: 6180864 |
Author: 黄宏运 |
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