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RayleighFadingsimulationandDSPrealization
- 介绍了一种构建在定点DSP上的高速瑞利衰落信道仿真模型。通过应用确知性瑞利过程的理论，使得仅需要较少的低频正弦波分量以及简单的运算即可实现较高精度的信道建模；进而可采用查表法并结合TMS320C6202定点数字信号处理器的高并行性和处理能力构造高速的仿真模型-Construction of a fixed-point DSP in the high-speed Rayleigh fading channel simulation model. Through the application pr
DSP
- a very useful book on digital signal processor,include some resource code in TI company
Audio
- ADSP BF537 在Visual DSP串口通信例程，使用DMA方式，包括AD和DA-The Talkthru demo demonstrates the initialization of SPORT0 to establish a link between the ADSP-BF537 and the AD1854/AD1871 /DAC. The program simply sets up the SPORT0 to receive/transmit audio s
USB
- 基于TI 5409 DSP 处理器的U 盘读写系统设计与实现，本程序是DSP与单片机通信的-TI 5409 DSP processor based on the U disk reading and writing system design and implementation, this process is communication DSP and MCU
TMS320C6000DSP
- 《TMS320C6000 DSP实用技术与开发案例》针对目前的DSP系统设计，以TI公司的C6000数字信号处理器为硬件平台，详细地介绍了用DSP作为微处理器核的系统的各种工程和算法实现-"TMS320C6000 DSP development of practical techniques and case" for addressing the current DSP system design, in order to TI s C6000 digital signal processor
1
- 介绍了一种基于DSP的通用型数据采集与预处理系统，设计计了以通用型数字信号处理器DSP芯片为主体的数据采集和预处理电路。-This paper introduces a general-purpose DSP-based data acquisition and pre-treatment system designed to count a universal digital signal processor DSP chips as the main data acquisition and
fixedpwm
- fixed pwm genetation in 2407 processor in format-fixedpwm file for 2407 dsp processor buil in ccstudio.
AKAIV3.2
- 雅佳AKAI前级效果器696二代的调音软件-software of the proffessional dsp processor AKAI 696 II
OMAP3530
- 摘要: 对标准的视频编解码标准(如H. 264 和AVS 标准) 的核心技术进行了分析,提出一种基于TI 公司的OMAP3530处理器平台的通用视频解码方案。该方案充分利用了OMAP3530 的硬件结构特点,特别是2D/ 3D 图形图像加速器的特点,以提高解码速度。实验结果表明,AVS 格式的QCIF 码流解码速率可以达到25 fps ,适合于便携式多媒体终端视频解码应用。-Abstract: The standard video coding standard (such as H. 264
bdspp_src_mppa
- 一种基于TI的DSP处理器TMS320Visual C5402的MP3压缩与解压缩源源码，已编译通过，并经过实际测试。希望对各位做嵌入式开发的朋友有所帮助。 可直接使用。 -Based on TI' s DSP processor TMS320Visual C5402 MP3 compression and decompress the source code has been compiled by, and after the actual test. I hope you do
Scoddec_a_in_o
- 源程序源码是在VisualDSP环境下开发出来的，目标处理理器是4片AD公司的TS1O1 DSP。IDE 可直接使用。 -The source source VisualDSP environment developed, target processing processor 4 AD' s TS1O1 DSP. IDE can be used directly.
bRRTTCbf531l
- blackfin531处理器实时时钟程序源码，一秒一秒走，适用于初初学入门者学习硬件blackfin系列dsp编程与开发 可直接使用。 -blackfin531 processor real-time clock program source code, go second to one second, suitable for early beginner beginners learning hardware blackfin series dsp programming and dev
Evaluation-of-Membership
- This paper investigates the effect of membership functions in the fuzzy control of a chopper fed dc drive. A Sugeno type fuzzy controller for closed loop control of dc drive fed by buck type dc-to-dc converter is designed and considered for evalu
AdaptiveGPC
- Digital signal processing is the way with a numerical signal processing theory and technology, its English original name digital signal processing, referred to as the DSP. Another digital signal processor DSP is short, the digital signal processor
Lab0802_client
- DSP数字图像处理器，ICETEK-DM6437-A实验箱的client网络通信-DSP digital image processor, ICETEK-DM6437-A experimental box client network communication
0.Electrical Drawing List
- Akai 696 software of the proffessional dsp processor AKAI 696 II
感应加热电源的研究
- 超音频串联谐振式感应加热电源为研究对象，应用锁相环和PID 技术，采用数字信号处理器(DSP)和复杂可编程逻辑器件(CPLD)联合控制的数字化技术实现感应加热电源的频率跟踪和0°～180° 自由移相调功，为感应加热电源系统的数字化、信息化、柔性化、智能化控制提供了优质、可靠的技术基础。(Superaudio series resonant induction heating power supply as the research object, the application of PLL a
感应加热电源的研究
- 针对倍频电源的主电路拓扑结构，研究分析一种分时控制与密度调功相结合的分时一密度复合功率控制策略，并应用复杂可编程逻辑器件CPLD和数字信号处理器DSP的协调工作来实现分时一密度复合调功、频率跟踪控制及保护等，以MOSFET为主控器件，采用倍频的方式实现700kHz／10kW高频大功率感应加热电源。(In view of the main circuit topology of frequency doubling power supply, a time-sharing and one dens
安富莱_STM32-V5开发板_数字信号处理教程(V1.0)
- 带领大家学习 DSP 教程，学习前首相要搞明白一个概念，DSP 有两层含义，一个是 DSP 芯片也就是 Digital Signal Processor，另一个是 Digital Signal Processing，也就是我们常说的数字信号处理技术。(Lead you to learn DSP tutorials, before learning the Prime Minister to understand a concept, DSP has two layers of meaning,