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3.4.2-IIR_Filter
- 利用CCS3.0，编程实现DSP6713的算法，其算法是有限冲激响应滤波器。-The use of CCS3.0, programming DSP6713 algorithm, the algorithm is a Infinite impulse response filter.
Lab0501-FIR
- 用dsp实现有限冲激响应滤波器（FIR）算法。通带边缘频率10kHz，阻带边缘频率22kHz，阻带衰减75dB，采样频率50kHz-Dsp to achieve a finite impulse response filter (FIR) algorithm. Passband edge frequency of 10kHz, the stopband edge frequency of 22kHz, and stop-band attenuation of 75dB, sampling fre
Lab0502-IIR
- dsp实现无限冲激响应滤波器(IIR)算法，低通巴特沃斯滤波器在其通带边缘1kHz 处的增益为-3dB，12kHz 处的阻带衰减为30dB，采样频率25kHz-dsp Infinite Impulse Response Filter (IIR) algorithm, low-pass Butterworth filter gain in its passband edge at 1kHz-3dB 12kHz at the stop-band attenuation of 30dB, the sa
Lab0504-Convolve
- 用dsp实现卷积算法。卷积和：对离散系统“卷积和”也是求线性时不变系统输出响应（零状态响应）的主要方法。-Convolution algorithm with dsp. Convolution and: the discrete convolution, and is also seeking linear invariant system output response (zero-state response).
Lab0505-FIRLMS
- 用dsp实现自适应滤波器算法，自适应滤波是仅需对当前观察的数据作处理的滤波算法。它能自动调节本身冲激响应的特性，或者说自动调节数字滤波器的系数，以适应信号变化的特性，从而达到最佳滤波。由于自适应滤波不需要关于输入信号的先验知识，计算量小，特别适用于实时处理，近年来得到广泛应用，如用于脑电图和心电图测量、噪声抵消、扩频通信及数字电话等。-Dsp to achieve the adaptive filter algorithm, the adaptive filter is a filter tha
filter
- 无限冲激响应数字滤波器是现代数字信号处理的一个重要方法，在很多领域得到广泛的应用-Infinite Impulse Response digital filter is an important method of modern digital signal processing has been widely used in many fields
6bitmultiplier
- Multipliers are one of the most important elements in digital filters such as Finite Impulse Response (FIR) and Infinite Impulse Response (IIR) Filters. These filters are used in a wide variety of Digital Signal Processing (DSP) applications such
duojing
- 多径信道对数字信号的影响。包含用 matlab 画出信道的幅频响应和相频响应等内容。-Multipath channel to the influence of the digital signal. Contains matlab draw channel amplitude frequency response and the phase frequency response, etc.
exp05_cpu2
- 在CCS2.0版软件和DSP仿真器的环境中完成外部中断设计，每按一次“单脉冲输出”按键，观察LED1~LED8灯变化的中断响应过程，实现了设计预期效果，每按一次“单脉冲输出”按键则显示灭亮灭亮灭亮灭亮。-The CCS2.0 Edition software and DSP emulator environment external interrupt design, each time you press the "single-pulse output" button to observe
the-realized-about-HRTF-by-DSP
- 基于HRTF-头部反应传送函数(Head-Response Transfer Function)算法的DSP系统实现-硕士论文-This is a paper about how to use DSP system to realize the HRTF written by a master
dsp
- 1． 利用傅立叶级数展开的方法，自由生成所需的x(t)； 2． 通过选择不同的采样间隔T（分别选T>或<1/2fc），从x(t)获得相应的x(n)（作出x(n)图形）； 3． 对获得的不同x(n)分别作傅立叶变换，分析其频率响应特性（给出幅频与相频特性曲线）； 4． 利用巴特沃思、切比雪夫或椭圆滤波器设计数字滤波器（滤波特性自定），要求通过改变滤波器参数或特性（低通、高通、带通或带阻）设计至少两种数字滤波器，分析所设计滤波器（画出频率特性曲线），并对上述给出的不同x(n)
EX27_FIR
- 使用DSP320F2812在CCS3.3编译环境里编程有限冲激响应，并得到很好的应用-Use DSP320F2812 CCS3.3 compiled in environment programming limited impulse response, and get a good application
EX28_IIR
- 使用DSP320F2812在CCS3.3编译环境里编程无限脉冲响应数字滤波器，并得到很好的应用-Use DSP320F2812 CCS3.3 compiled in environment programming infinite impulse response digital filter, and get a good application
chengxu
- 数字信号处理中关于时域采样定理，卷积定理，系统响应，频域采样定理的matlab程序-Digital signal processing on the time-domain sampling theorem, convolution theorem, the system response, frequency domain sampling theorem matlab program
FIR_Filter
- DSP 算法实验 有限冲击响应滤波器(FIR)算法实验-Finite impulse response filter (FIR) algorithm experiments
IIR_Filter
- DSP 算法实验 无限冲击响应滤波器(IIR)算法实验-DSP algorithm experiment an infinite impulse response filter (IIR) algorithm experiments
fir_f2812
- 有限冲激响应fir滤波器在F2812上的实现-Finite impulse response fir filter on the F2812
iir_f2812
- 无限冲激响应IIR滤波器在F2812上的实现-Infinite impulse response IIR filter on the F2812
CHAP14_1
- 二阶系统的仿真，并且为PID阶跃响应下下快速稳定-Second-order system simulation, and for PID step response is fast and stable
IIR-DF-design
- 双线性变换法及脉冲相应不变法设计IIR数字滤波器,观察双线性变换及脉冲响应不变法设计的滤波器的频域特性，了解双线性变换法及脉冲响应不变法的特点。-Bilinear transform and impulse response invariant design method of IIR digital filter, and observed the frequency domain characteristics of the bilinear transformation and impul