▍1. omp
说明： 压缩重构图像,可以把图像变小，再利用压缩感知算法重构(compress and restruct pic)
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▍2. Bellhop3D field
深海大洋，犹如浩渺宇宙，永远是神奇的远方美景！ 祝愿好奇诸君能够走进深蓝！BELLHOP 3D 是一扇小小的窗！ 在此感谢包（青华）老师、林（俊轩）老师、惠（俊英）老师的指导，也感谢吴老师、张老师的提醒！尤其感谢Michael B. Porter 对 BELLHOP 3D近40年孜孜不倦的探索！感谢国际科学社区对三维海洋传播声学永远的支持！更感谢由 Free Software 凝聚起来的全球自由科学家社区！(The deep ocean, like the vast universe, is always a magical distant beauty! I wish you all the curious gentlemen can go into the dark blue! uuuuuuuuuuu BELLHOP 3D is a small window! Thank you, Mr. Bao (Qinghua), Mr. Lin (Junxuan), Mr. Hui (Junying), for your guidance. Thank you, Mr. Wu and Mr. Zhang for their reminders. In particular, thanks to Michael B. Porter for his tireless exploration of BELLHOP 3D for nearly 40 years! Thank you for the support of the international scientific community for the three-dimensional ocean propagation acoustics forever! Thank you even more for the Free Software community of free scientists around the globe!)
▍3. Bellhop3D field
说明： 深海大洋，犹如浩渺宇宙，永远是神奇的远方美景！ 祝愿好奇诸君能够走进深蓝！BELLHOP 3D 是一扇小小的窗！ 在此感谢包（青华）老师、林（俊轩）老师、惠（俊英）老师的指导，也感谢吴老师、张老师的提醒！尤其感谢Michael B. Porter 对 BELLHOP 3D近40年孜孜不倦的探索！感谢国际科学社区对三维海洋传播声学永远的支持！更感谢由 Free Software 凝聚起来的全球自由科学家社区！(The deep ocean, like the vast universe, is always a magical distant beauty! I wish you all the curious gentlemen can go into the dark blue! uuuuuuuuuuu BELLHOP 3D is a small window! Thank you, Mr. Bao (Qinghua), Mr. Lin (Junxuan), Mr. Hui (Junying), for your guidance. Thank you, Mr. Wu and Mr. Zhang for their reminders. In particular, thanks to Michael B. Porter for his tireless exploration of BELLHOP 3D for nearly 40 years! Thank you for the support of the international scientific community for the three-dimensional ocean propagation acoustics forever! Thank you even more for the Free Software community of free scientists around the globe!)
▍4. 对光纤中的四波混频进行仿真计算-FWM
对光纤中的四波混频进行仿真计算，内含注释。(Four - wave mixing in optical fiber is simulated)
▍7. 10负荷点配电网蒙特卡洛法可靠性计算程序
实现10负荷点配电网蒙特卡洛法可靠性计算程序(Realization of Monte Carlo method for reliability calculation of distribution network with 10 load points)
▍9. BioSAR
BioSAR仿真程序，说明了干涉SAR仿真的基本条件和结果，初学者可以借鉴。(BioSAR simulation program, explains the basic conditions and the results of interferometric SAR simulation, beginners can learn.)
▍10. 相位匹配角
说明： 计算BBO晶体相位匹配角，BBO晶体是负单轴晶体(Calculate BBO crystal phase supporting cast)
▍11. PV_Battery_Vf_Model
光伏发电储能系统平抑光波动，储能设备为蓄电池(Energy storage system suppress PV fluctuation)
▍12. AVOmodelling
说明： 根据地层参数通过简化佐普利兹方程求取反射系数，制作合成地震记录，从而显示不同地层模型的AVO响应。(In accordance with formation parameter equation by simplifying佐普利兹find reflection coefficient, the production of synthetic seismograms, which show different stratigraphic model AVO response.)
▍13. ILA-DPD-master
说明： 基于间接学习结构的数字预失真MATLAB实现(MATLAB digital predistortion based on indirect learning structure)
▍14. MSE_PSNR
采用MATLAB实现图像的PSNR（峰值信噪比）以及MSE（均方误差）的实现(Realization of PSNR (peak signal to noise ratio) and MSE (mean square error) realization of image with MATLAB)
▍15. linghua
介绍了均匀量化与非均匀量化的比较用仿真图表现出来，很好的(Describes the uniform quantizer with non-uniform quantitative comparison with the simulation diagram shown, very good)
▍18. Fresnel diffraction
菲涅尔衍射测试程序，角谱法实现的菲涅尔衍射。(Fresnel diffraction test cede, Fresnel diffraction achieved by the angular spectrum method.)
▍19. 毕设代码)
毕业设计动态多目标优化SGEA算法，可以有效解决多目标优化问题。(Dynamic multi-objective optimization SGEA algorithm for graduation design can effectively solve multi-objective optimization problems.)
▍20. DML_Algorithm_for_DOA_Estimation
DML与SML算法求解目标声源波达方位估计DOA的仿真程序(DML and SML_Algorithm_for_DOA_Estimation)
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