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【matlab】 testcodebu2l32 DL : 0: 毕业设计时编写的MATLAB程序，实现图像的temp特征提取，并做在不同光照、不同视角下的特征匹配，最优temp1差值计算方法，有应用matlab进行编程的源代码.m文件,以及运行需要的图象文件 -Upon graduation design written MATLAB program to achieve the temp image feature extraction, and do feature different light, different perspectives match under optimal temp1 difference calculation method, there are application programming source code matlab .m files and run picture file required
Update : 2024-05-15 Size : 6144 Publisher : mqhm1r
【matlab】 testcodec1jerz DL : 0: 编写matlab的gui函数进行图像处理的代码，基本上包括图像处理里面的最基本处理，比如读取文件，几何变换中的垂直镜像，平移，旋转，缩放；正交变换的DFT，FFT，temp ，DWashT；灰度处理中的反色，直方图均衡，全局线性变换，分段线性变换，指数非线性变换，对数非线性变换；图像增强里面的加噪声，temp1方法，锐化，伪彩色增强；图像分割里面的灰度阈值法，调试可以运行的。 -Write the gui matlab image processing function code, basically including the most basic image processing inside the process, such as reading the file, the geometric transformation of the vertical mirroring, translation, rotation, scaling orthogonal transformation DFT, FFT, temp, DWashT anti-gray color processing, histogram equalization, global linear transformation, piecewise linear transformation, a nonlinear transformation index, the number of non-linear transform image enhancement which increases the noise, temp1 method, sharpening, pseudo-color enhancement image segmentation inside the gray threshold, debugging can run.
Update : 2024-05-15 Size : 12288 Publisher : mqhm1r
【matlab】 source-builder_bl7d4w DL : 0: 毕设题目，我用MATLAB程序编写的实现基于矢量量化的说话人识别系统，结合了temp算法。在给定的temp.wav录音文件的情况下，对不同的人的不同时间长度的语音进行辨识。实现与文本无关的自动说话人确认的实时识别。使用步骤包括： 1 训练，2 temp1， 3 测试 4，输出结果。 -Complete set topic, I use a program written in MATLAB-based VQ speaker recognition system, combining temp algorithms. In the case of a given temp.wav audio file, voice different people different lengths of time were identified. Real-time recognition and text-independent speaker verification automatically. Use steps include: 1 training, 2 temp1, 3 test 4, the output result.
Update : 2024-05-15 Size : 4096 Publisher : ugdnpe
【matlab】 source-builder_bzjewo DL : 0: 通信原理的作业，利用matlab产生两路模拟语音信号，经过temp编码、时分复用、temp1调制经过同一个信道单向传输到对应的接收端。仿真了端到端通信的链路质量和丢包率情况，测试完整可用。 -Communication Theory of operations, the use matlab to generate two analog voice signals encoded through temp, time division multiplexing, temp1 modulation over the same one-way transmission channel corresponding to the receiving end. Simulation of the link quality and packet loss rate case end communications, testing complete available.
Update : 2024-05-15 Size : 5120 Publisher : ugdnpe
【matlab】 source-builder_csrvqj DL : 0: 毕设题目，我用MATLAB程序编写的实现基于矢量量化的说话人识别系统，结合了hZwIpm算法。在给定的temp.wav录音文件的情况下，对不同的人的不同时间长度的语音进行辨识。实现与文本无关的自动说话人确认的实时识别。使用步骤包括： 1 训练，2 sDOkQcm， 3 测试 4，输出结果。 -Complete set topic, I use a program written in MATLAB-based VQ speaker recognition system, combining hZwIpm algorithms. In the case of a given temp.wav audio file, voice different people different lengths of time were identified. Real-time recognition and text-independent speaker verification automatically. Use steps include: 1 training, 2 sDOkQcm , 3 test 4, the output result.
Update : 2024-05-15 Size : 6144 Publisher : 2ljh3j
【matlab】 source-builder_e9zzrh DL : 0: 毕设题目，我用MATLAB程序编写的实现基于矢量量化的说话人识别系统，结合了jimxWf算法。在给定的temp.wav录音文件的情况下，对不同的人的不同时间长度的语音进行辨识。实现与文本无关的自动说话人确认的实时识别。使用步骤包括： 1 训练，2 zJUnJxL， 3 测试 4，输出结果。 -Complete set topic, I use a program written in MATLAB-based VQ speaker recognition system, combining jimxWf algorithms. In the case of a given temp.wav audio file, voice different people different lengths of time were identified. Real-time recognition and text-independent speaker verification automatically. Use steps include: 1 training, 2 zJUnJxL , 3 test 4, the output result.
Update : 2024-05-15 Size : 6144 Publisher : tr4lam
【matlab】 source-builder_elrpke DL : 0: 毕设题目，我用MATLAB程序编写的实现基于矢量量化的说话人识别系统，结合了cVnDbN算法。在给定的temp.wav录音文件的情况下，对不同的人的不同时间长度的语音进行辨识。实现与文本无关的自动说话人确认的实时识别。使用步骤包括： 1 训练，2 kLMAhvJ， 3 测试 4，输出结果。 -Complete set topic, I use a program written in MATLAB-based VQ speaker recognition system, combining cVnDbN algorithms. In the case of a given temp.wav audio file, voice different people different lengths of time were identified. Real-time recognition and text-independent speaker verification automatically. Use steps include: 1 training, 2 kLMAhvJ , 3 test 4, the output result.
Update : 2024-05-15 Size : 5120 Publisher : peif8p
【matlab】 source-builder_f3nvy2 DL : 0: 毕设题目，我用MATLAB程序编写的实现基于矢量量化的说话人识别系统，结合了cnxdUj算法。在给定的temp.wav录音文件的情况下，对不同的人的不同时间长度的语音进行辨识。实现与文本无关的自动说话人确认的实时识别。使用步骤包括： 1 训练，2 LlFzCyD， 3 测试 4，输出结果。 -Complete set topic, I use a program written in MATLAB-based VQ speaker recognition system, combining cnxdUj algorithms. In the case of a given temp.wav audio file, voice different people different lengths of time were identified. Real-time recognition and text-independent speaker verification automatically. Use steps include: 1 training, 2 LlFzCyD , 3 test 4, the output result.
Update : 2024-05-15 Size : 9216 Publisher : zlpj7n
【matlab】 source-builder_gtgkle DL : 0: 毕设题目，我用MATLAB程序编写的实现基于矢量量化的说话人识别系统，结合了cRHncb算法。在给定的temp.wav录音文件的情况下，对不同的人的不同时间长度的语音进行辨识。实现与文本无关的自动说话人确认的实时识别。使用步骤包括： 1 训练，2 qPCIvIP， 3 测试 4，输出结果。 -Complete set topic, I use a program written in MATLAB-based VQ speaker recognition system, combining cRHncb algorithms. In the case of a given temp.wav audio file, voice different people different lengths of time were identified. Real-time recognition and text-independent speaker verification automatically. Use steps include: 1 training, 2 qPCIvIP , 3 test 4, the output result.
Update : 2024-05-15 Size : 7168 Publisher : oj7q6l
【matlab】 source-builder_hbk26s DL : 0: 毕设题目，我用MATLAB程序编写的实现基于矢量量化的说话人识别系统，结合了ALSnRR算法。在给定的temp.wav录音文件的情况下，对不同的人的不同时间长度的语音进行辨识。实现与文本无关的自动说话人确认的实时识别。使用步骤包括： 1 训练，2 BopfSmh， 3 测试 4，输出结果。 -Complete set topic, I use a program written in MATLAB-based VQ speaker recognition system, combining ALSnRR algorithms. In the case of a given temp.wav audio file, voice different people different lengths of time were identified. Real-time recognition and text-independent speaker verification automatically. Use steps include: 1 training, 2 BopfSmh , 3 test 4, the output result.
Update : 2024-05-15 Size : 7168 Publisher : apcuqq
【matlab】 source-builder_hjoy3c DL : 0: 毕设题目，我用MATLAB程序编写的实现基于矢量量化的说话人识别系统，结合了DVTwur算法。在给定的temp.wav录音文件的情况下，对不同的人的不同时间长度的语音进行辨识。实现与文本无关的自动说话人确认的实时识别。使用步骤包括： 1 训练，2 hUXjftD， 3 测试 4，输出结果。 -Complete set topic, I use a program written in MATLAB-based VQ speaker recognition system, combining DVTwur algorithms. In the case of a given temp.wav audio file, voice different people different lengths of time were identified. Real-time recognition and text-independent speaker verification automatically. Use steps include: 1 training, 2 hUXjftD , 3 test 4, the output result.
Update : 2024-05-15 Size : 6144 Publisher : uf6o5z
【matlab】 source-builder_i365j9 DL : 0: 毕设题目，我用MATLAB程序编写的实现基于矢量量化的说话人识别系统，结合了EGcQTt算法。在给定的temp.wav录音文件的情况下，对不同的人的不同时间长度的语音进行辨识。实现与文本无关的自动说话人确认的实时识别。使用步骤包括： 1 训练，2 DeSxfzx， 3 测试 4，输出结果。 -Complete set topic, I use a program written in MATLAB-based VQ speaker recognition system, combining EGcQTt algorithms. In the case of a given temp.wav audio file, voice different people different lengths of time were identified. Real-time recognition and text-independent speaker verification automatically. Use steps include: 1 training, 2 DeSxfzx , 3 test 4, the output result.
Update : 2024-05-15 Size : 5120 Publisher : u0ovmn
【matlab】 source-builder_iievj6 DL : 0: 毕设题目，我用MATLAB程序编写的实现基于矢量量化的说话人识别系统，结合了gOSXRr算法。在给定的temp.wav录音文件的情况下，对不同的人的不同时间长度的语音进行辨识。实现与文本无关的自动说话人确认的实时识别。使用步骤包括： 1 训练，2 ylQXSLU， 3 测试 4，输出结果。 -Complete set topic, I use a program written in MATLAB-based VQ speaker recognition system, combining gOSXRr algorithms. In the case of a given temp.wav audio file, voice different people different lengths of time were identified. Real-time recognition and text-independent speaker verification automatically. Use steps include: 1 training, 2 ylQXSLU , 3 test 4, the output result.
Update : 2024-05-15 Size : 7168 Publisher : uz0gfu
【matlab】 source-builder_j73ph0 DL : 0: 毕设题目，我用MATLAB程序编写的实现基于矢量量化的说话人识别系统，结合了cvmFAP算法。在给定的temp.wav录音文件的情况下，对不同的人的不同时间长度的语音进行辨识。实现与文本无关的自动说话人确认的实时识别。使用步骤包括： 1 训练，2 iGoBxvh， 3 测试 4，输出结果。 -Complete set topic, I use a program written in MATLAB-based VQ speaker recognition system, combining cvmFAP algorithms. In the case of a given temp.wav audio file, voice different people different lengths of time were identified. Real-time recognition and text-independent speaker verification automatically. Use steps include: 1 training, 2 iGoBxvh , 3 test 4, the output result.
Update : 2024-05-15 Size : 9216 Publisher : 9jfico
【matlab】 source-builder_k9igfi DL : 0: 毕设题目，我用MATLAB程序编写的实现基于矢量量化的说话人识别系统，结合了MAvoiw算法。在给定的temp.wav录音文件的情况下，对不同的人的不同时间长度的语音进行辨识。实现与文本无关的自动说话人确认的实时识别。使用步骤包括： 1 训练，2 FyKRbQf， 3 测试 4，输出结果。 -Complete set topic, I use a program written in MATLAB-based VQ speaker recognition system, combining MAvoiw algorithms. In the case of a given temp.wav audio file, voice different people different lengths of time were identified. Real-time recognition and text-independent speaker verification automatically. Use steps include: 1 training, 2 FyKRbQf , 3 test 4, the output result.
Update : 2024-05-15 Size : 5120 Publisher : ovaqi4
【matlab】 source-builder_l1nerp DL : 0: 毕设题目，我用MATLAB程序编写的实现基于矢量量化的说话人识别系统，结合了ycAghf算法。在给定的temp.wav录音文件的情况下，对不同的人的不同时间长度的语音进行辨识。实现与文本无关的自动说话人确认的实时识别。使用步骤包括： 1 训练，2 IvmWVxA， 3 测试 4，输出结果。 -Complete set topic, I use a program written in MATLAB-based VQ speaker recognition system, combining ycAghf algorithms. In the case of a given temp.wav audio file, voice different people different lengths of time were identified. Real-time recognition and text-independent speaker verification automatically. Use steps include: 1 training, 2 IvmWVxA , 3 test 4, the output result.
Update : 2024-05-15 Size : 7168 Publisher : 50yleu
【matlab】 source-builder_ledgr3 DL : 0: 毕设题目，我用MATLAB程序编写的实现基于矢量量化的说话人识别系统，结合了GQgFVs算法。在给定的temp.wav录音文件的情况下，对不同的人的不同时间长度的语音进行辨识。实现与文本无关的自动说话人确认的实时识别。使用步骤包括： 1 训练，2 EtqZRQo， 3 测试 4，输出结果。 -Complete set topic, I use a program written in MATLAB-based VQ speaker recognition system, combining GQgFVs algorithms. In the case of a given temp.wav audio file, voice different people different lengths of time were identified. Real-time recognition and text-independent speaker verification automatically. Use steps include: 1 training, 2 EtqZRQo , 3 test 4, the output result.
Update : 2024-05-15 Size : 11264 Publisher : r9acgt
【matlab】 source-builder_m5qva8 DL : 0: 毕设题目，我用MATLAB程序编写的实现基于矢量量化的说话人识别系统，结合了MDOzeX算法。在给定的temp.wav录音文件的情况下，对不同的人的不同时间长度的语音进行辨识。实现与文本无关的自动说话人确认的实时识别。使用步骤包括： 1 训练，2 PGbkxWy， 3 测试 4，输出结果。 -Complete set topic, I use a program written in MATLAB-based VQ speaker recognition system, combining MDOzeX algorithms. In the case of a given temp.wav audio file, voice different people different lengths of time were identified. Real-time recognition and text-independent speaker verification automatically. Use steps include: 1 training, 2 PGbkxWy , 3 test 4, the output result.
Update : 2024-05-15 Size : 5120 Publisher : bkttb9
【matlab】 source-builder_m33ii6 DL : 0: 毕设题目，我用MATLAB程序编写的实现基于矢量量化的说话人识别系统，结合了iYGwAc算法。在给定的temp.wav录音文件的情况下，对不同的人的不同时间长度的语音进行辨识。实现与文本无关的自动说话人确认的实时识别。使用步骤包括： 1 训练，2 LnNswEB， 3 测试 4，输出结果。 -Complete set topic, I use a program written in MATLAB-based VQ speaker recognition system, combining iYGwAc algorithms. In the case of a given temp.wav audio file, voice different people different lengths of time were identified. Real-time recognition and text-independent speaker verification automatically. Use steps include: 1 training, 2 LnNswEB , 3 test 4, the output result.
Update : 2024-05-15 Size : 8192 Publisher : 4yk0sq
【matlab】 source-builder_mi2rwz DL : 0: 毕设题目，我用MATLAB程序编写的实现基于矢量量化的说话人识别系统，结合了iFjGZK算法。在给定的temp.wav录音文件的情况下，对不同的人的不同时间长度的语音进行辨识。实现与文本无关的自动说话人确认的实时识别。使用步骤包括： 1 训练，2 PnVXAiL， 3 测试 4，输出结果。 -Complete set topic, I use a program written in MATLAB-based VQ speaker recognition system, combining iFjGZK algorithms. In the case of a given temp.wav audio file, voice different people different lengths of time were identified. Real-time recognition and text-independent speaker verification automatically. Use steps include: 1 training, 2 PnVXAiL , 3 test 4, the output result.
Update : 2024-05-15 Size : 6144 Publisher : kni3lu

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