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65jie
- 串并FIR滤波器设计:并行FIR滤波器具有速度快、容易设计的特点,但是要占用大量的资源。在多阶数的亚高频系统设计中,使用并行结构并不合算,但亚高频系统需要较高的处理速度,而串行架构往往达不到要求,因此,结合串并这两种设计方法的长处,在使用较少的硬件资源的同时实现了较高的处理速度,这里说明一种65阶八路并行、支路串行FIR滤波器的设计(实际使用了1个乘法器,8个乘累加器,一个累加器)。-String and FIR filter design: parallel FIR filter with a
CMU_verilog
- 歐美某大學之verilog 語言介紹,包括設計方法與結構.-CMU introduced the verilog language, including design methods and structures.
crossnoise-R5
- In recent years, due to rapid advances in VLSI manufacturing technology capable of packing more and more devices and wires on a chip, crosstalk has emerged as a serious problem affecting circuit reliability. Even though FPGAs are more immune
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.
ucos_niosii
- 在FPGA硬件体系下,搭建软核处理器NIOSII,进而用NIOSII运行ucos操作系统,从硬件到软件完全实现用户定制-In the FPGA hardware system, the structures of soft-core processor NIOSII, and then run with NIOSII ucos operating system, from hardware to software to fully implement custom
FPGA-Kai-Fa-Ban.REV2.0
- 本产品教程与注亍NIOS Ⅱ嵌入式开収,主要由C诧言开収,因此,打好C诧言的基础很重要,在此推荐一本《C程序设计诧言》(第2版),英文名为《The C Programming Language》(Second Edition),该书是由C诧言的设计者Brian W.Kernighan和Dennis M.Ritchie编写的一部介绍标准C诧言及其程序设计方法的权威性经典著作。全面、系统地讱述了C诧言的各个特性及程序设计的基本方法,包括基本概念,类型和表达式、控制流、函数不程序结构、指针不数组、结构
myfir
- fir滤波器的源代码 基于乘法器结构的线性相位滤波器-The source code for fir filter structures based on linear phase filter multiplier
alu
- In computing, an arithmetic logic unit (ALU) is a digital circuit that performs arithmetic and logical operations. The ALU is a fundamental building block of the central processing unit (CPU) of a computer, and even the simplest microprocessors conta
31705301sdram-control-verilog
- Summary: InterPreTS (Interaction Prediction through Tertiary Structure) is a web-based version of our method for predicting protein-protein interactions (Aloy and Russell, 2002, Proc. Natl Acad. Sci. USA, 99, 5896-5901). Given a pair of query sequenc
83399055ref-sdr-sdram-verilog
- Summary: InterPreTS (Interaction Prediction through Tertiary Structure) is a web-based version of our hod for predicting protein-protein interactions (Aloy and Russell, 2002, Proc. Natl Acad. Sci. USA, 99, 5896-5901). Given a pair of query sequences,
Circuit-Design-with-VHDL
- VHDL数字电路设计教程 作者:(巴西)佩德罗尼(Pedroni,V.A.) 著,乔庐峰 等译 本书采用将数字电路系统设计实例与可编程逻辑相结合的方法,通过大量实例,对如何采用VHDL进行电路设计进行了全面阐述。 本书分为三大部分:首先详细介绍VHDL语言的背景知识、基本语法结构和VHDL代码的编写方法;然后介绍VHDL电路单元库的结构和使用方法,以及如何将新的设计加入到现有的或自己新建立的单元库中,以便于进行代码的分割、共享和重用;最后介绍PLD和FPGA的发展历史、主流厂
edk_intro_1
- SpeedwayDesign Workshop的EDK完整设计流程参考,包括处理器介绍、总线结构、BSB介绍和执行、添加IP核、创建软件工程: • Xilinx processor solutions • Processor bus structures and typical systems • Development tools • Base System Builder (BSB) • Lab 1 –Part 1 &
fsk3_2_2
- 用Simulink搭建的2fsk调制解调系统-Simulink structures 2fsk with modulation and demodulation of the communication system
SDRAM-control-SOPC
- sdram 控制器的sopc搭建 sdram 控制器的sopc搭建 -sdram controller the sopc build sdram controller sopc structures the
verilog_
- VERILOG语言应用,基本语法结构,应用实例介绍-VERILOG language applications, basic grammatical structures, application examples introduced
niosii-triple-speed-ethernet
- 这是用sopc搭建的一个工程,实现三速以太网的传输。开发版是3c120-This is an engineering sopc structures, triple-speed Ethernet transmission. The Developer Edition is 3c120
add8
- 利用VHDL实现8位数据加法,完成方法为实验原理图直接搭建。-VHDL 8-bit data addition, the completion method for experimental schematic structures directly.
fsk1
- 实现部分搭建FSK调制系统,包括分频,用busmux调制。-Achieve some of structures FSK modulation system
con_addr_32
- 因为二进制加法的进位只可能是1或0,所以可以将32位加法器分为8块(最低一块由4位先行进位加法器直接构成,其余加法结构都采用先行进位加法器结构)分别进行加法计算,除最低位以外的其他7块加法器结构各复制两份,进位输入分别预定为1和0。于是,8块加法器可以同时进行各自的加法运算,然后根据各自相邻低位加法运算结果产生的进位输出,选择正确的加法结果输出。-Because binary adder carry only be 1 or 0, so it can be 32-bit adder is div
crc
- 一种另类的crc生成办法,改变了流水先结构而使用并行结构。可拓展思路。-An alternative way to generate crc, changing the water first structure to use parallel structures. To develop ideas.