搜索资源列表
接收机的MATLAB仿真程序
- Title: MMSE Receiver for DS-SS in AWGN Channel Author: Panson Tantikovit Summary: An adaptive receiver for DS-SS systems MATLAB Release: R12.1 Required Products: Communications Toolbox,Signal Processing Blockset Descr iption: This
01576960Beaulieu
- 通过MATLAB软件;通过仿真得出性能曲线;从而比较bpsk的性能-The bit-error rate (BER) of binary phase-shift keying in Rayleigh fading, using the Alamouti transmission scheme and receiver selection diversity in the presence of channel-estimation error, is studied. Closed-
Time-domain-analysis-system
- 本系统可做自动控制原理中的时域分析仿真实验,系统特性如下: 1:可选择仿真系统为一阶、二阶、任意阶 2:可选择信号源为正弦波、三角波、锯齿波、方波(可模拟阶跃信号),并可调节信号源频率、幅值、相位、偏移、方波占空比 3:可选择信号采样率及采样数 4:自动计算传递函数 5:自动计算时域响应参数(增益系数、上升时间、峰值、峰值时间、稳定时间、超调量) 6:波形图同时显示原始信号和响应信号 注:使用本系统需安装labview控制设计与仿真库-The system can d
gain-phase-and-distortion
- 该VI生成和采集数据的单次采集,并执行所获得的激励和响应通道的增益和相位测量。这个VI还测量中所获得的响应信道噪声和失真比(SINAD)的信号。可以在测试中,积分时间,以用于测量,并在感兴趣的频率范围内指定该设备的初始建立时间。图形输出显示激励和响应数据给过程的时间记录。- This VI generates and acquires data for a single-shot acquisition and performs gain and phase measurements on th
pipelined_fft_128_latest.tar
- CFFT是一个数据宽度和点数都可配置的基4 FFT core,由于旋转因子是用CORDIC算法实现的,因此经过FFT后信号的增益和标准的FFT算法不同。但对于OFDM调制、解调等应用并不重要。由于增益是确定的,因此在输出时乘以确定常数即可等价标准的FFT。该FFT core的输入是正序的,输出是按照基4反序的-CFFT is a data width and number can be configured based 4 FFT core, due to the rotation factor
ADC2_example2
- adc2_example_2 ADC2 Example2: ADC2 continuous conversion mode example @par Example descr iption This example provides a short descr iption of how to use ADC2 peripheral in continuous mode. Analog input voltage signal build microphon
阵列信号处理的理论和应用
- 阵列信号处理的目的是通过对阵列接收的信号进行处理,增强所需的有用信号,抑制无用的干扰和噪声,并提取有用的信号特征及信号所包含的信息。与传统的单个定向的传感器相比,传感器阵列具有灵活的波束控制、高信号增益、极强的干扰抑制能力以及高空间分辨能力等。(The purpose of array signal processing is to enhance useful signals required by the array, to suppress unwanted interference an