Verilog program for 8:3 Encoder Verilog program for 1:8 Demultiplxer Verilog program for 8:1 Multiplexer Verilog program for 8bit D Flipflop Verilog program for T Flipflop Verilog program for JK Flipflop Verilog program for Equality Comparator ...
Method of decoding an incident turbo-code encoded signal in a receiver, and corresponding receiver, in particular for mobile radio systems not available for EP1414158 F Berens,E Messina,M Kirsch - EP 被引量: 3发表: 2004年 Verilog Implementation of a Turbo Encoder and Decoder with MAP-Based ...
纯Verilog 设计,可在各种FPGA型号上部署 用于压缩 8bit 的灰度图像。 可选无损模式,即 NEAR=0 。 可选有损模式,NEAR=1~7 可调。 图像宽度取值范围为 [5,16384],高度取值范围为 [1,16384]。 极简流式输入输出。背景知识JPEG-LS (简称JLS)是一种无损/有损的图像压缩算法,其无损模式的压缩率相当优异,优于...
A Verilog HDL module with the top-level demo testbench for the core. Notes to Table 2–1: (1) These files are variation dependent, some may be absent or their names may change. (2) is a prefix variation name supplied automatically by the MegaWizard interface. (3) If you choose the ...
HDL Code Generation Generate VHDL, Verilog and SystemVerilog code for FPGA and ASIC designs using HDL Coder™. Note For an HDL-optimized convolutional encoder with hardware-friendly control signals, use the Convolutional Encoder (Wireless HDL Toolbox) block. The Wireless HDL Toolbox™ block also...
This can be achieved by inserting two registers in series with each of the inputs to be delayed, the following example Verilog code shows how to implement the required delay registers. Example: Adding delay to rdforce and rdin for non-cascaded applications: // The _pre2 registers are set ...
使用Verilog 编写。 用于无损压缩8bit的灰度图像。 图像高度取值范围为 1~65536 ,宽度取值范围为 5~10240,宽度必须是 5 的倍数。 使用动态乱序调度进行像素级并行。对于自然图像,输入吞吐率约为 4.5 个像素每时钟周期。 本工程来自以下论文。如果你用到了本代码,请引用: ...
HDL Code Generation Generate VHDL, Verilog and SystemVerilog code for FPGA and ASIC designs using HDL Coder™. Version History Introduced in R2012b See Also Objects comm.RSEncoder|comm.HDLRSDecoder Functions ceil|primpoly Blocks Integer-Input RS Encoder HDL Optimized ...
由于在verilog设计中 将off定义成 reg[8:0],所以不用增加一个状态,来运算 off[k] &= HAN_SIZE-1; 。 状态一,从buffer中取采样数据存放到x,这也要用状态机实现。状态1.1 给出取buffer的地址;状态1.2等待数据buffer取出;状态1.3 给出写入x中的数据 和地址。
3. LPM_DIVIDE (Divider) Intel FPGA IP Core 4. LPM_MULT (Multiplier) IP Core 5. LPM_ADD_SUB (Adder/Subtractor) 6. LPM_COMPARE (Comparator) 7. ALTECC (Error Correction Code: Encoder/Decoder) IP Core 7.1. ALTECC Encoder Features 7.2. Verilog HDL Prototype (ALTECC_ENCODER) 7....