CHAP2_3

逆合成孔径雷达（ISAR）具有远距离、全天候、全天时工作等优点，目前通过ISAR成像来进行目标识别已得到广泛的应用。ISAR的观测对象是非合作目标，因此ISAR成像具有深远的国防应用背景，受到各国的重视，是竞争激烈、发展迅速的技术领域。(Inverse Synthetic Aperture Radar (ISAR) has a long-range, all-weather, all-time work, etc, currently conducted by ISAR imaging for target identification has been widely used. ISAR target non-cooperative target observation, it has far-reaching defense ISAR imaging application background, attention all, is highly competitive, rapidly developing technology.)

说明：  用b-splines变换的方法实现分数延迟滤波器matlab仿真程序(Using b-splines transform method to achieve Score delay filter matlab simulation program)

基于宽带Marr子波的广义S变换程序，与常规S变换相比，时频聚焦性更高。(Generalized S transform broadband Marr wavelet-based program, compared with the conventional S-transform time-frequency focus more.)

用支持向量机（SVM）来进行分类，并在matlab实验平台上进行仿真实验(Support vector machine (SVM) for classification, and on the platform in matlab simulation experiment )

用软件无线电的思路，对正弦波信号的产生进行分析和仿真。(The idea of ​ ​ software radio, the sine wave signal generation, analysis and simulation.)

levinson durbin算法，功率谱估计(Levinson Durbin algorithm, power spectrum estimation)

基于Matlab仿真的车牌定位与字符割的研究的MATLAB代码(Matlab simulation-based license plate location and character of the study cut the MATLAB code)

利用KL散度进行效果评价的matlab仿真(KL divergence using impact evaluation of the matlab simulation)

OFDM System, including pilot, GI, Guard band, rayleigh channel, AWGN, equalization, channel estimation.

tpdsola algorithm,Synthesized speech can be produced by several different methods. All of these have some benefits and deficiencies that are discussed in this and previous chapters. The methods are usually classified into three groups: Articulatory synthesis, which attempts to model the human speech production system directly. Formant synthesis, which models the pole frequencies of speech signal or transfer function of vocal tract based on source-filter-model. Concatenative synthesis, which uses different length prerecorded samples derived from natural speech. The formant and concatenative methods are the most commonly used in present synthesis systems. The formant synthesis was dominant for long time, but today the concatenative method is becoming more and more popular. The articulatory method is still too complicated for high quality implementations, but may arise as a potential method in the future.