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suniladsplab.rar
- Advanced DSP- uniform DFT filter bank,Advanced DSP- uniform DFT filter bank
shaping_filter_and_dsp_realize_theory
- 基带脉冲成形数字滤波器的MATLAB设计与DSP上的实现-shaping filter and dsp realize theory
SimulinkBasedSimulationofDigitalFilter
- 介绍数字滤波器的定义、分类及实现方法。讨论IIR滤波器、FIR滤波器的设计方法以及如何运用MATLAB中的DSP Blockset工具箱设计数字滤波器。-Introduce digital filter definition, classification and realization method. Discussion of IIR filters, FIR filter design methods and how to use MATLAB in the DSP Blockset to
DSP
- a very good descr iption for DSP and digital filter design
NarrowBandFilterDesign
- 窄带FIR数字滤波器是滤波器设计的关键课题,利用窄带滤波器可以减少设备的计算量,进而提高速度。本文档的目的是研究性能较好且运算量较小的窄带FIR数字滤波器。实现可以通过DSP编程完成。-Narrow-band FIR digital filter is a key issue in filter design, use of narrow-band filter can reduce the computational device, and then increase speed. The p
DSP-Applications-using-C-a-TMS320C6x-DSK-(Chassai
- C. S. BURRUS and T. W. PARKS: DFT/FFT AND CONVOLUTION ALGORITHMS: THEORY AND IMPLEMENTATION JOHN R. TREICHLER, C. RICHARD JOHNSON, JR., and MICHAEL G. LARIMORE: THEORY AND DESIGN OF ADAPTIVE FILTERS T. W. PARKS and C. S. BURRUS: DIGITAL FILTE
digital-filter
- 本作品是由前置放大、带阻网络、数字幅频均衡和低频功率放大电路组成的数字幅频均衡功率放大器。总体方案以LM386为核心实现了前置放大功能,对放大后的输入信号通过AIC23B进行A/D采样后,用TMSC5402 DSP对采集来的信号进行处理,实现了数字幅频均衡,最后以2SC3281为核心实现了信号的低频功率放大。-This work by the pre-amplifier, band-stop networking, digital amplitude-frequency balanced and
F28335-DSP-
- 张掌柜讲F28335系列之CCS4.2 数字信号处理实验(FFT、FIR、IIR、自适应滤波器) - 副本-Zhang treasurer speak CCS4.2 F28335 Series Digital Signal Processing Experiment (FFT, FIR, IIR, the adaptive filter)- copy
DSP
- MATLAB软件平台下,利用函数wavread对语音信号进行采样,记住采样频率和采样点数; 2)画出语音信号的时域波形,对采样后的语音进行fft变换,得到信号的频谱特性;对语音信号分别加入正弦噪声和白噪声,画出加噪信号的时域波形和频谱图; 3)根据对加噪语音信号谱分析结果,确定滤除噪声滤波器的技术指标,设计合适的数字滤波器,并画出滤波器的频域响应; 4)用所设计的滤波器对加噪的信号进行滤波,在同一个窗口画出滤波前后信号的时域图和频谱图,对滤波前后的信号进行对比,分析信号变化; -
ADV_DSP_FBS
- Filter bank summation (FBS) in DSP.
DSP-transponder-signal-processing
- 利用TMS320VC5509A为核心的DSP处理硬件,通过软件实现自适应Notch滤波和瞬时频率序列方差检测(VIRD)运算,在较低信噪比使用条件下完成对单频测距信号的可靠检测和判定-Using tms320vc5509a DSP core processing hardware, adaptive notch filter and variance of instantaneous frequency sequence detection (Vird) operation is realize
基于ccs环境的FIR数字滤波器仿真
- 应用DSP和CCS开发环境实现数字滤波器设计,有详细的设计步骤和程序代码(Application of DSP and CCS development environment, the realization of digital filter design, detailed design steps and procedures code)
DSP_work
- 进行数字信号处理综合设计与分析,包括采样,频域分析,IIR,FIR滤波器设计及输出结果。(Design and analysis of digital signal processing, including sampling, frequency domain analysis, IIR, FIR filter design and output results.)