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DCT_vhdl
- IDCT-M is a medium speed 1D IDCT core -- it can accept a continous stream of 12-bit input words at a rate of -- 1 bit/ck cycle, operating at 50MHz speed, it can process MP@ML MPEG video -- the core is 100％ synthesizable-IDCT-M is a medium speed
interweave_1
- 用VHDL语言编写的实现交织编码和解交织功能的代码。交织采用按行写入，按列读出的方法实现。主要包括：信源信号产生（20位的m序列），交织器，解交织器。为实现流水线的操作，采用了两个交织器和两个解交织器，当一个写入数据的时候，另一个读出数据。-Implementation using VHDL language features Interleaved Coded deinterleave code. Intertwined with by line write, read out by colu
BFL_Encode
- 将宽度为width位的并行输入数据按BiΦ-L码(曼彻斯特码)方式进行编码后串行输出，输出数据的宽度为(2*width)，BiΦ-L码是PCM码的一种，常用的PCM编码方式有：NRZ-L,BiΦ-L和BiΦ-M三种-The width of the parallel-bit width input data by BiΦ-L code (Manchester code) way encoded serial output, the output data width (2* width), Bi
shifter
- 移位运算器SHIFTER 使用Verilog HDL 语言编写，其输入输出端分别与键盘/显示器LED 连接。移位运算器是时序电路，在J钟信号到来时状态产生变化， CLK 为其时钟脉冲。由S0、S1 、M 控制移位运算的功能状态，具有数据装入、数据保持、循环右移、带进位循环右移，循环左移、带进位循环左移等功能。 CLK 是时钟脉冲输入，通过键5 产生高低电平M 控制工作模式， M=l 时带进位循环移位，由键8 控制CO 为允许带进位移位输入，由键7 控制:S 控制移位模式0-3 ，由键6 控制
Quartus
- 1.七段数码管译码器 2.4人表决器 3.4进制加减法计数器~具有进位和借位功能-1. Seven-Segment LED Decoder 2.4 M 3.4 people voting machine counters ~ with addition and subtraction and by-bit binary function
m
- 由20位移位寄存器线性反馈产生的m序列的vhdl代码-20-bit shift register linear feedback sequence generated vhdl code m
EDA2
- 模可变计数器的设计：设置一位控制位M，要求M=0，模23计数；M=1，模109计数；计数结果用动态数码管表示。-Die Variable Counter Design: Setting a control bit M, requires M = 0, module 23 counts M = 1, module 109 counts count the results of dynamic digital control said.
fsh
- 这是我的毕业可用8位的LED显示，有小数点的。设计哦，可以用的。可供参考-VHDL-based digital frequency meter With the rapid development of electronic technology, FPGA/CPLD appear in its high-speed, high reliability, series parallel mode of outstanding merit widely used in the electronic
count
- 设置一位控制位M，要求M=0：模23计数；M=1：模109计数；计数结果用两位静态数码管显示，显示BCD码； -Setting a control bit M, requires M = 0: mode 23 counts M = 1: model 109 counts counting results with the two of static digital display to show BCD code
4v2
- ENTITY maj IS PORT(a,b,c : IN BIT m : OUT BIT) END maj --Dataflow style architecture --Behavioural style architecture using a look-up table ARCHITECTURE using_table OF maj IS BEGIN PROCESS(a,b,c) CONSTANT lookuptable : BIT_VEC
berlekamp_parallel
- The Berlekamp multiplier [3] uses two basis representations, the polynomial basis for the multiplier and the dual basis for the multiplicand and the product. Because it is normal practice to input all data in the same basis, this means some basis
count
- 模可变计数器设计 （1） 设计设置一位控制位M，要求M=0：模23计数；M=1：模109计数。 （2） 计数结果用静态数码管显示，显示BCD码。 （3） 给出此项设计的仿真波形 -Variable counter mold design (1) design set a control bit M, requires M = 0: mode 23 count M = 1: mode 109 count. (2) counts with static digital dis
Multiplier-shifter-design-tradeoffs-in-a-32-bit-m
- excellent paper which is about the design of MIPS Architecture in the field of computer science and technology
m-operand-n-bit-adder
- n bit m operand adder
pci_to_wb_latest[1].tar
- 该ip核实现了容量为16MB的、双字、可寻址存储镜像与wishbone总线的连接-This core implements a 16 MB DWord-addressable memory image in the Wishbone bus (so WB width is 32 bit). Its functionality is reduced to the minimum which is required by the PCI specification (and I m really t
1_lab1
- （1）熟悉S6 CARD实验板； （2）熟悉ISE集成开发环境； （3）3比特加法器仿真与上板实验； （4）m序列产生器仿真与在板Chipscope调试 -(1) be familiar with the S6 CARD experimental board (2) be familiar with ISE Integrated Development Environment (3) 3-bit adder simulation experiment on board (4
LabA1Design2
- 设计模式比较器电路：电路的输入为两个8位无符号二进制数a、b和一个模式控制信号m；电路的输出为8位无符号二进制数y。当m=0时，y=MAX(a,b) 而当m=1时，则y=MIN(a,b)。要求用多层次结构设计电路，即调用数据选择器和比较器等基本模块来设计电路。-Design pattern comparator circuit: circuit input as two 8-bit unsigned binary numbers a, b and a mode control signal m
DIVIDER
- 大家好，我是复旦大学的研究生。本资源是一个基于VHDL语言的M位除以N位的除法器。其中M/N ，商M位，余数是N位的。以Moim设计验证和验证。压缩包里有除法器的源文件和testbench。可加入工程，直接测试。鄙人测试都是无错误的。愿尊驾下载后，积极评价，以便于相互交流，学习。O(∩_∩)O谢谢.2015年5月7日于芬兰，图尔库。-Hello everyone, I am a graduate student at Fudan University. This resource is base
m_counter
- this project about compteur m bit compiled and implanted in cart fpga xilinx 3E, with file .HDL and .bit
8_1
- 一个具有置位、复位、左移和右移功能的八位移位寄存器/“01011010”序列检测器。移位寄存器电路端口为：异步清零输入端口rst，输入时钟clk，置数判断输入端口load，移位类型判断输入端口m，数据输入端口data[7:0]，输出端口q[7:0]。序列检测器电路端口为：异步清零输入端口rst，输入时钟clk，串行数据输入端口d，输出标志端口s。(A eight bit shift register / 01011010 sequence detector with set, reset, le