dsp microprocessor

DSP中cmd文件 CMD 的专业名称叫链接器配置文件，是存放链接器的配置信息的，我们简称为命令文件，其中比较关键的就是MEMORY和SECTIONS两个伪指令的使用。 1、命令文件的组成 命令文件的开头部分是要链接的各个子目标文件的名字，这样链接器就可以根据子目标文件名，将相应的目标文件链接成一个文件；接下来就是链接器的操作指令，这些指令用来配置链接器，接下来就是MEMORY和SECTIONS两个伪指令的相关语句，必须大写。 CMD分配ROM和RAM空间,告诉链接程序怎样计算地址和分配空间。所以不同的芯片就有不同大小的ROM和RAM，存放用户程序的地方也不尽相同。所以要根据芯片进行修改，分为 MEMORY和SECTIONS两个部分。 MEMORY：用来指定芯片的ROM和RAM的大小和划分出几个区间。PAGE 0对应ROM， PAGE 1对应RAM。PAGE 里包含的区间名字与其后面的参数反映了该区间的起始地址和长度。（描述系统硬件资源） MEMORY { PAGE 0: VECS: ori

# Include {Printf ("the length of the DSP data type output below/N "); Printf ("int type length = % d/N", sizeof (INT )); Printf ("Float Type length = % d/N", sizeof (float )); Printf ("char type length = % d/N", sizeof (char )); Printf ("Short Type length = % d/N", sizeof (short )); Printf ("Long TYPE length = % d/N", sizeof (long )); Printf ("Double Type length = % d/N", sizeof (double);} the output is as follows: The following output is the

Before the development of DSP, using TI Company's board, the development environment is CCSV5The job that you often have to do is1.launch configuartion2. LINK Emulator3. Load the program, run the gel file, initialize the board4.load Memory writes the required portion of the data to the board5. RunningSometimes in order to test some data, it is necessary to constantly repeat the work in order to get the data results. The whole process is pretty annoyin

Get more information Welcome to my website or csdn or blog park A long time ago BF531 notes, feel useful to share out. Excerpt from the Open DSP Universal GpioThere are 16 PF interfaces on the adsp-bf53x processor, which is the usual IO interface, which can be used as an external interrupt interface for each PF interface through a register configuration.The IO of the Blackfin processor is different from the MCU, the interface must be i

. Cpp is the sourceProgramCodeC ++ File . H is the header file that contains the function declaration and variable definition. . RC is a resource script file that defines resources. . DSP is a project file that records information about the current project . DSW is a workspace file. A Workspace may contain one or more projects. ... (For other. CLW. Opt. APS extension files, see the following description)The. Opt project parameter file for

"Linux Development" "DSP development" using CCS6.1 to generate out files while generating bin files Try to install on Windows CCS6.1 Development am4378-linux application, this thought is OK, the result tried various methods, out file and bin file format can not be executed, the output is the binary file format is incorrect, presumably may also need to Linux host Linux installation CCS6.1 and then you can come back. The following summary is to gene

Application of DSP in synchronous AC sampling of Power System [Date:] Source: Internet Author: [Font:Large Medium Small] 　 With the rapid development of China's power industry, the power system has higher requirements for the collection of power generation, transmission, distribution, and consumption. As a prerequisite for real-time control, monitoring, and scheduling automation of the power system, electric power collection has u

I. DSP simulator Principle In other words, the DSP Development Board is equipped with a simulator ?? What is the difference from the traditional "Weifu" 51 simulator? The JTAG simulator is used to stop CPU running, continue running, view/modify registers, view/modify memory, set software/hardware breakpoints, and set hardware observation points, to put it bluntly, it completes some control and data transmis

"DSP development" using CCS5.4 to develop DSP6455-based JPEG2000 image decompression processDisclaimer: Reference Please specify source http://blog.csdn.net/lg1259156776/Description: The front-end is the time based on the VS2010 project, the implementation of the openjpeg2000 on Windows, the implementation of the data from memory to extract the work of decompression. As some technical reserves are needed, they are ported to DSP6455 for decompression.

Link: http://www.altera.com.cn/literature/wp/wp-01166-bdti-altera-floating-point-dsp.pdf In the future, it will be more meaningful to conduct a comparison test of Xilinx DSP architecture FPGA based on the testing method in this article. But remember: the human brain is the best optimizer! Introduction: OverviewFPGAs are increasingly used as Parallel Processing engines for demanding digitalSignal processing applications. benchmark results show that on

Although I still have one year to graduate, I have finished my graduation project and it takes about three months. I am an acute student and have a strong desire to learn the knowledge I am interested in. I also want to write more information, suchI am very interested in arm, Linux, and networks. At the beginning of this semester, I chose video encoding, which is based on the H.264 Video Encoder OF THE dm64.During the reply, the Director said that the focus should be on implementation and applic

Design and Implementation of Software Phase-Locked Loop Based on fixed point DSP [Date:] Source: Electronic Technology Application Author: Jiang yikai Li guotong Yang genqing [Font:Large Medium Small] 　 Low-track satellite communication is an important field in satellite communication applications in recent years. "Innovative No. 1" satellite is a small satellite developed by China with completely proprietary intellectual property

DSP: CCS V6 uses the printf function, ccstms320f2812 Use Code Composer Studio Version: 6.1.1.00022 to create the 2017121.000 project. 1/* 2 * main. c3 */4 # include I have added the printf function and want to test it. Then, an error occurs during compilation. 1 # 10099-D For more information, adjust the size of-stack and-heap, and select rts2800_ml.lib instead of rts2800.lib. However, the modified-stack and-heap are invalid. Changing the Pr

After the design of digital signal Filter by MATLAB, we should put the designed parameters into the embedded system for filtering.IIR FilterFIR Filter#include 　　Implementation of DSP filter program C language

;Mita_houtput houtput;Mita_hengine hengine;Mita_dword channelmask;Mita_byte key = 0;Mita_time curtime;Mita_time durtime;Mita_dword cur_ms, dur_ms;Mita_channelformat channelfmt;Mita_status status;Mita_hdsp htestdsp; Printf (";;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;; ;;;;;;;;;;;;;;;;;;;;;;;;;;;; \ n ");Printf ("; Copyright (c) Hangzhou citrus Technology Co., Ltd. 2008-2011. All Rights Reserved .;; \ N ");Printf (";;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;; ;;;;;;;;;;;;;;;;;;;;;;;;;;;; \ n ");Printf (";

Address: http://linuxgazette.net/123/jesslyn.html Intel and Analog Devices Inc. (ADI) jointly developed the micro signal architecture (MSA) core and introduced it in decemberof 2000. adi's Blackfin Processor functions as a DSP and a microcontroller. this device is currentlyUsed for multimedia applications. This article provides an introduction to programming the BF533 stamp Board and is intended for readers with some experience in Linux as well as wi

On the code:b = [1]; A = [1,-1, 0.9]; n = [ -20:120];h = Impz (b,a,n); set (GCF, ' Color ', ' white '); %subplot (2,1,1); Stem (n,h); Title (' Impulse Response '); Xlabel (' n '); Ylabel (' H (n) '); Grid on;x = Stepseq (0,-20, 120); s = filter (b,a,x); Set (GCF, ' Color ', ' White ');%subplot (2); Stem (n,x); Title (' Step Sequence '); Xlabel (' n '); Ylabel (' x (n) '); Grid on;figure; Set (GCF, ' Color ', ' White ');%subplot (2); Stem (n,s); Title (' Step Response '); Xlabel (' n '); Ylabel (

%%-----------------------------------------------------------------Fig Ure (' Numbertitle ', ' off ', ' Name ', ' exameple5.16b ') set (GCF, ' Color ', ' white '); Subplot (3,1,1); Stem (n1,x1); Title (' Sequence x1 (n) '); Axis ([0,5,0,5]); Xlabel (' n '); Ylabel (' x1 (n) '); Grid On;subplot (3,1,2); Stem (n2,x2); Title (' Sequence x2 (n) '); Axis ([0,5,0,5]); Xlabel (' n '); Ylabel (' X2 (n) '); Grid On;subplot (3,1,3); Stem (n4,x4); Title (' Circularly convolution sequence x4 (n) '); Axis ([

%%--------------------------------------------------------------percent--------------------------------------------------------------percent START X_dft ' s mag ang real imag%%--------------------------------------------------------------figure (' Numbertitle ', ' off ', ' Name ', ' Example5.7 x_dft its Magnitude and Angle '); set (GCF, ' Color ', ' white '); Subplot (2,1,1); Stem (N,MAGX_DFT); Hold on; Plot (64*w/pi,magx_dtft, '--'); Hold Off;grid on; Axis ([ -0.5,128.2,-1,5]); Title (' Magni

(GCF, ' Color ', ' white '); Subplot (2,2,1); Stem (N,REALX_DFT); Title (' Real {dft[x (n)} '); Axis ([ -0.5,10.5,-5,50]); Xlabel (' K '); Grid On;subplot (2,2,2); Stem (N,IMAGX_DFT); Title (' Imag {dft[x (n)]} '); Axis ([ -0.5,10.5,-20,20]); Xlabel (' K '); Grid on;k = 0:1:5; W = 2*pi/10*k;subplot (2,2,3); Stem (W/PI,MAGX_DFT); Title (' Magnitude DTFT '); %axis ([ -0.5,10.5,-5,50]); Xlabel (' Frequency in \pi units '); Grid On;subplot (2,2,4); Stem (W/PI,PHAX_DFT); Title (' Angle {dft[x (n)]}