erjie

详细讲解了AWGN信道下16QAM编解码的设计及误码率性能分析(gave a detailed account of the AWGN channel codecs 16QAM the design and analysis of BER performance)

无线通信中MIMO信道容量OFDM信道防真，BPSK调制(MIMO wireless communication OFDM modulation channel capacity to prevent)

应用DSP集成开发环境CCS，并用TMS320VC5416开发板来实现FIR数字滤波。旨在熟悉FIR和IIR滤波器的原理及设计流程，学习使用MATLAB设计数字滤波器，熟悉CCS软件使用方法，并了解DSP集成开发环境的使用和特点。(Application of DSP integrated development environment CCS, and with the development board to achieve TMS320VC5416 FIR digital filter. FIR and IIR filters designed to be familiar with the principles and design process, learning to use the MATLAB digital filter design, familiar with CCS software to use and understand the use and characteristics of DSP integrated development environment.)

高斯函數方程式案例，主要是以matlab軟件來運算標準題型。(Gaussian equation case, mainly matlab software to compute the standard questions.)

MSK信号，通过mld，完整演示了MSK信号的产生和接收。(MSK signal, by mld, a complete presentation of the MSK signal generation and reception.)

说明：  计算数据集间的Kl距离，用于评估数据间的分布一致性(calculate the the distance between two data set, uate the distribution between two data set)

精通matlab.pdf(1,715,585 字节)(matlab learning)

在AWGN信道模型下，对比ACO-OFDM和其他调制方式对光纤通信系统性能，将ACO-OFDM与一些调制技术相结合来进一步提高系统宽带效率、降低光发送功率等，以提升光纤通信系统的性能(In AWGN channel model, compared to ACO-OFDM and other modulation schemes for optical fiber communication system performance, the ACO-OFDM with some modulation techniques combined to further improve the system broadband efficiency and reduce light transmission power so as to enhance the performance of optical fiber communication systems)

压缩感知：NSL0，基于光滑l0范数和修正牛顿法的压缩感知重建算法，是本人精心编写调试好的，请放心使用。(cs:NSL0, compressive sensing reconstruction algorithm based on smooth l0 norm and modified Newton method )

说明：  利用matlab工具箱函数，分别画出长度为15的矩形窗、汉宁窗、汉明窗和布莱克曼窗的幅频（dB）特性曲线，观察它们的主要参数（主瓣宽度、过渡带宽度、旁瓣峰值幅度）的差别。(Matlab toolbox function is used to draw the amplit-frequency (dB) characteristic curves of rectangular window, hanning window, hamming window and blackman window with the length of 15, and observe the difference of their main parameters (main lobe width, transition band width, side lobe peak amplitude).)