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stx_cookbook.zip
- Altera公司高端FPGA高级综合指导手册,包括:算术运算单元,浮点处理技巧,数据编码格式转换,视频处理,仲裁逻辑,多路选择,存储逻辑,计数器,通信逻辑,循环冗余校验,随机和伪随机函数,加密和同步等编码风格和技巧;,advanced synthesis cookbook for Altera high-end FPGA(Stratix),incuding coding style and design tricks for arithmetic,floating points oper
HDLC
- verilog HDL语言编写的HDLC协议的IP核,包括通讯控制及CRC。-written in verilog HDL HDLC protocol IP core, including communications control and CRC.
crc
- 自己写的循环冗余校验,进行了仿真,整个工程都在!-Wrote it myself, cyclic redundancy check carried out a simulation, the whole project are in!
crcm
- crc 校验,vhdl源码,经仿真能正常运行,供大家参考-CRC checksum, vhdl source, the simulation can be normal operation, for your reference
CRC
- 通过对于模2除法的研究 可以得到如下方法: 1. 把信息码后面加上p-1位的0,这个试验中p是6位,即在输入的信息码后面加上“00000”。把这个17位的被除数放入input中。 2. 在得到被除数input之后,设计一个在被除数上移动的数据滑块变量d,把input中的最高位开始逐次复制给变量d。 3. 如果d的最高位为1,由变量d和变量p做异或运算;如果d的最高位为0则不运算或者做多余的异或‘0’的运算。 4. 把滑块变量d往后滑动一位。 5. 循环步骤(3,4)
CRC
- 本文提出一种通用的CRC 并行计算原理及实现方法,适于不同的CRC 生成多项式和不同并行度(如8 位、16 位、及32 位等) ,与目前已采用的查表法比较,不需要存放余数表的高速存储器,减少了时延,且可通过增加并 行度来降低高速数传系统的CRC 运算时钟频率.-In this paper, a universal principle of CRC and implementation of parallel computing methods for generating differ
CRC
- CRC和线性码程序 可能对初级学习有用 希望能够好好利用-CRC
CPU_Architecture
- Our processor is a RISC processor that can be used for many general applications, but it is specially designed for the purpose of high speed network related tasks. External hardware accelerator is used for network packet processing. The common netw
RFC_1622_CRC16_m
- RFC1662 CRC-16 table generation and CRC checking. Implemented in embedded matlab with scr ipt to test and enable c/c++ code generation. Useful fo check against VHDL/Verilog and other embedded systems to help generate test vectors.
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
hdlc_rs
- 一种带有CRC校验、一次可连续发送1-15块16字节数据、带有曼彻斯特码的hdlc收发程序,在Altera中仿真并在实际芯片中试验过的程序-One kind with a CRC check, send a continuous block of 16 bytes of data 1-15, with Manchester' s hdlc receive procedures in the Altera chip simulation and tested in the actual pr
CRC
- CRC循环校验码的生成。文件里是(40,32)的校验码生成电路,采用串行输入、串行输出的方式。-CRC checksum generation cycle. File is (40,32) of the check code generation circuit, the use of serial input, serial output mode.
crc
- For implementing the CRC in verilog or VHDL
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
crc
- 本代码是CRC循环冗余校验实例,包含顶层原理图文件,十分直观-The CRC is cyclic redundancy check code examples, including the top-level schematic file, very intuitive
MYCRC
- 由于altera公司的CRC生成和校验模块不支持本系统使用的Cyclone IV E系列FPGA,因此本文独立设计了CRC模块。该模块的接口与altera公司的CRC模块接口基本一致,能够对16位输入的数据流进行CRC校验码生成和校验。本文采用CRC-CCITT生成项,其表达式为:X16+X12+X5+X0。本模块需要startp信号及endp信号指示数据传输的起始及结束。本模块采用状态机设计,对于数据头和数据尾分别由不同的状态来处理。在本模块中,使用了for循环,这会消耗较多的FPGA资源,但
CRC-Parallel-Computation
- 用软件实现CRC校验码计算很难满足高速数据通信的要求, 基于硬件的实现方法中, 有串行经典算法LFSR,电路以及由软件算法推导出来的其它各种并行计算方法。以经典的LFSR,电路为基础, 研究了按字节并行计算CRC校验码的原理.-Implemented in software CRC checksum calculation is difficult to meet the requirements of high-speed data communications, hardware-based
CRC
- 利用VHDL语言,用FPGA设计一个数据通信中常用的数据检错模块—循环冗余校验CRC模块,选用当前应用最广泛的EDA软件QUARTUS II作为开发平台-Using VHDL, FPGA design of a common data in data communication error detection module- Cyclic Redundancy Check (CRC) module, currently the most widely used EDA software QUAR
CRC
- 赛灵思的循环冗余校验(CRC),内服详细说明-The Cyclic Redundancy Check (CRC) is a checksum technique for testing data reliability and correctness. This application note shows how to implement Configurable CRC Modules with LocalLink interfaces. Users tailor the modul
CRC
- 4G-LTE标准中turbo编码所用到的CRC编码,绝对可用!(CRC encoding turbo encoding used in 4G-LTE standard)