搜索资源列表
booth_mul
- 一种可以完成16位有符号／无符号二进制数乘法的乘法器。该乘法器采用了改进的Booth算法，简化了部分积的符号扩展，采用Wallace树和超前进位加法器来进一步提高电路的运算速度。本乘法器可以作为嵌入式CPU内核的乘法单元，整个设计用VHDL语言实现。-a 16 to be completed with symbols / unsigned multiplication of the number of binary multipliers. The multiplier used to impr
jiaotd
- AD0809的源程序，能使EDA工具箱显示AD0809，具备树模转换功能-AD0809 a source, EDA can show AD0809 a toolbox, with tree-analog converter function
树式除法型开方器VERILOG实现
- 树式除法型开方器VERILOG实现,用于任意长度的无符号数的开方运算,Square root of the tree-type divider-type device to achieve VERILOG
multiply2.rar
- 18bit的booth乘法器 采用booth2编码 Wallace压缩树 以及超前进位结合进位选择的36bit高性能加法器,18bit multipliers used booth2 the booth encoding and Wallace tree compression-ahead into the location choice of high-performance 36bit adder
add_tree_mult
- 8位加法树乘法器,实现两个8位二进制数相乘，采用verilog hdl-8-bit adder tree multiplier, the achievement of the two 8-bit binary number multiplied, using verilog hdl
mult16
- 基于wallance树的16位乘法器，程序是用verilog写的，经测试好用，对初学者有很大的帮助-16-bit multiplier, based on wallance tree program is written with verilog test handy for beginners great help
Wallace
- 一个关于Wallace树乘法器的论文，当中展示了一种改进后的wallace树乘法器方案，相比原来占用晶体管更少，效率更高-Wallace tree multiplier on the papers, which show an improved wallace tree multiplier after the program, compared to the original transistors occupy less efficient
adder
- 采用加法树流水线乘法构造八位乘法器，并分析设计的性能和结果在时钟节拍上落后的影响因素。 -Multiplication using adder tree structure line 8 multiplier, the design and analysis of the results of the performance and beat the clock on the impact of the factors behind.
FIR
- 用verilog设计的FIR滤波器。滤波器需要很快的处理速度，所以采用了wallace树算法，超前进位加法器-The FIR filter is designed with verilog. To improve the process speed, wallace tree and fast-carrylook-aheadarithmetic were used.
8-bit-Multiplier
- 一种基于加法器树方法的8为乘法器的VHDL源码，该方法虽然相对占有资源多，但仿真快-VHDLSourceProgramof8-bit-Multiplier
chengfa
- 我做的组成原理课程设计！用VHDL实现加法树的乘法。-I do the composition of the principle of curriculum design! VHDL adder tree used to achieve multiplication.
add_tree
- 本程序为加法树乘法器，计算16位读写地址，应用于LCD CSTN驱动芯片设计的SRAM的读写控制-This procedure for the adder tree multiplier, calculated 16-bit read and write address, used in LCD CSTN driver IC designed to control the SRAM s read and write
lunwen
- 潘明海 刘英哲 于维双 (论文) 中文摘要： 本文讨论了一种可在FPGA上实现的FFT结构。该结构采用基于流水线结构和快速并行乘法器的蝶形处理器。乘法器采用改进的Booth算法，简化了部分积符号扩展，使用Wallace树结构和4-2压缩器对部分积归约。以8点复点FFT为实例设计相应的控制电路。使用VHDL语言完成设计，并综合到FPGA中。从综合的结果看该结构可在XC4025E-2上以52MHz的时钟高速运行。在此基础上易于扩展为大点数FFT运算结构。 -Pan Mingha
add_tree_mult
- ＦＰＧＡ的ｖｒｉｌｏｇ ＨＤＬ代码，树型乘法器-FPGA-vrilog HDL code, tree multiplier
Designing_Multi-Asynchronous_Clock_Designs
- 这里介绍了如何使用多时钟树的方法，这在FPGA中经常用到-This paper describes how to use multi-way clock tree, which is often used in FPGA
Multiplier
- 使用三种不同结构（加法树、查找表、Booth算法）实现的乘法器，带有测试文件。-Use of three different structures (addition tree, look-up table, Booth algorithm) to achieve the multiplier, with testbench files.
brentkung_8
- 8位的brentkung加法器树，在ISE环境下-8-bit brentkung adder tree, the ISE environment
brentkung_16
- 16位的brentkung加法器树，在xilinx软件下-16-bit brentkung adder tree, under the xilinx software
multiplier
- 利用Wallace乘法器树原理写的乘法器，6：2的基本单元-Multiplier using Wallace tree multiplier principle of writing, the basic unit of 6:2
four-bit-mul
- 用加法器乘法树实现四位乘法器。绝对可以实现，大家不妨下来-Achieved with the four adder tree multiplier multiplication