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relax
- 松弛算法 批处理裕量松弛算法 样本数据和松弛值自定义
relax.rar
- 谐波检测的RELAX算法,优于FFT,能够对幅值,频率,相位进行有效估计,an algorithm for estimation of sinusoid parameter
bengqiu
- 利用MATLAB写的蹦球游戏,希望大家在学习的同时可以放松下,顺便学学matlab-The use of MATLAB in bouncing ball Writing Game, I hope everyone in the study can relax at the same time, the study incidentally learn matlab
relax
- 在目标为1的假设下,应用relax算法进行目标超分辨成像-The assumption that the target was 1, applying relax super-resolution imaging algorithm for target
ATmega128_cn
- New Year s Day is one of important days for many people in the world during the year. Most people spend the New Year s Day in hotels. January 1st is considered as the New Year s Day. Most companies, shops, school, and government offices are closed du
relax
- Successive Over Relaxation Method method
CAvsRELAX
- CA 和其改进 RELAX 算法的实现 对估计密集谱及弱频率成分有很好的效果- The implementation of CA and its improved algorithm RELAX have a good effect in estimating the intensity and weak spectrum of frequency components
clean
- 研究上课所讲谱分析方法,利用实验验证书中的结论,掌握各种谱分析方法,学会实验设计和实验结果分析。 所应用到的谱分析方法,包括: 1) 非参数化方法:周期图(直接法)、BT法(间接法),Welch平均周期图法 2) 参数化方法: RELAX、Capon 3) 空间谱估计:常见的DOA方法(Capon) -Experimental Objective: To study methods of spectral analysis class talking about the us
relax
- 研究上课所讲谱分析方法,利用实验验证书中的结论,掌握各种谱分析方法,学会实验设计和实验结果分析。 实验内容: 所应用到的谱分析方法,包括: 1) 非参数化方法:周期图(直接法)、BT法(间接法),Welch平均周期图法 2) 参数化方法: RELAX、Capon 3) 空间谱估计:常见的DOA方法(Capon) -Experimental Objective: To study methods of spectral analysis class talking abou
relax
- 现代信号谱分析 RELAX MATLAB 算法例程-spectral analysis of signals
RELAX
- 基于HRRP和RELAX算法的雷达目标识别,RELAX算法比较经典,适合新手练习。-Radar target recognition algorithm based the HRRP, and RELAX, RELAX algorithm is more classic, suitable for novice practice.
relax_test
- RELAX algorithm thank you
pufenxi
- 功率谱分析,经过修改的,yuler_walke、welch、relax、相关图、周期图等-Power spectrum analysis, modified, yuler_walke, welch, relax, related maps, cycle map
kanoo
- matlab语言 三首歌曲程序,方便大家科研之余放松-matlab language three songs program to facilitate research of I relax
FaceRecognitionBased-OnDeepLearning
- 本文运用深度神经网络的方法克服姿态变量和图像分辨率的影响,提出了一种多姿态的人脸超分辨识别算法并在实验数据集上获得了良好的性能表现。另外本文利用深度信念网络探索正面人脸图像和侧面人脸图像的映射,方法放松了深度信念网络的输入也输出之间绝对相等,而只是保证其高层含义上的相等。实验表明了使用深度信念网络可以学习到侧面人脸图像到正面人脸图像的一个全局映射,但是丢失了个体细节差异。本文还提出了基于深度网络保持姿态邻域进行姿态分类的方法,在学习过程中,我们保证了同一个姿态下的人脸图像应该与同一姿态下的多张图
relax
- RELAX算法,参数化谱估计(线谱)_RELAX方法-RELAX algorithm, parametric spectral estimation (line spectrum) _RELAX method
xarh
- 一种基于RELAX的SAR自聚焦算法,一篇很不多的文章哦()