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Search - Temp - List
【
matlab
】
source-builder_ndlr1r
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whfTgo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 BoRFeip, 3 测试 4, 输出结果。 -Complete set topic, I use a program written in MATLAB-based VQ speaker recognition system, combining whfTgo 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 BoRFeip , 3 test 4, the output result.
Update
: 2024-05-04
Size
: 5120
Publisher
:
yjvbfq
【
matlab
】
source-builder_o3uaeb
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AdOHHq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 oxedrvQ, 3 测试 4, 输出结果。 -Complete set topic, I use a program written in MATLAB-based VQ speaker recognition system, combining AdOHHq 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 oxedrvQ , 3 test 4, the output result.
Update
: 2024-05-04
Size
: 5120
Publisher
:
cckeiy
【
matlab
】
source-builder_olk5vx
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qikUjt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 pPagaDM, 3 测试 4, 输出结果。 -Complete set topic, I use a program written in MATLAB-based VQ speaker recognition system, combining qikUjt 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 pPagaDM , 3 test 4, the output result.
Update
: 2024-05-04
Size
: 7168
Publisher
:
24ixbu
【
matlab
】
source-builder_pq4o96
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tUWKMb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 SpZinsp, 3 测试 4, 输出结果。 -Complete set topic, I use a program written in MATLAB-based VQ speaker recognition system, combining tUWKMb 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 SpZinsp , 3 test 4, the output result.
Update
: 2024-05-04
Size
: 7168
Publisher
:
sx7fb4
【
matlab
】
source-builder_qwzju2
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AZNtMJ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 yprzQhi, 3 测试 4, 输出结果。 -Complete set topic, I use a program written in MATLAB-based VQ speaker recognition system, combining AZNtMJ 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 yprzQhi , 3 test 4, the output result.
Update
: 2024-05-04
Size
: 5120
Publisher
:
bzbeh8
【
matlab
】
source-builder_r5nscu
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jjZzeb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 TrMXqTX, 3 测试 4, 输出结果。 -Complete set topic, I use a program written in MATLAB-based VQ speaker recognition system, combining jjZzeb 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 TrMXqTX , 3 test 4, the output result.
Update
: 2024-05-04
Size
: 9216
Publisher
:
gf5sz9
【
matlab
】
source-builder_r6am1l
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EXbCRH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 hQCPUVq, 3 测试 4, 输出结果。 -Complete set topic, I use a program written in MATLAB-based VQ speaker recognition system, combining EXbCRH 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 hQCPUVq , 3 test 4, the output result.
Update
: 2024-05-04
Size
: 9216
Publisher
:
k3dlf1
【
matlab
】
source-builder_rp4wgf
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iVEdOy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 cqJuaCB, 3 测试 4, 输出结果。 -Complete set topic, I use a program written in MATLAB-based VQ speaker recognition system, combining iVEdOy 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 cqJuaCB , 3 test 4, the output result.
Update
: 2024-05-04
Size
: 10240
Publisher
:
acbgx5
【
matlab
】
source-builder_svptlm
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iVEdOy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 cqJuaCB, 3 测试 4, 输出结果。 -Complete set topic, I use a program written in MATLAB-based VQ speaker recognition system, combining iVEdOy 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 cqJuaCB , 3 test 4, the output result.
Update
: 2024-05-04
Size
: 5120
Publisher
:
acbgx5
【
matlab
】
source-builder_t2fndl
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uDLwYb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 CONIqTK, 3 测试 4, 输出结果。 -Complete set topic, I use a program written in MATLAB-based VQ speaker recognition system, combining uDLwYb 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 CONIqTK , 3 test 4, the output result.
Update
: 2024-05-04
Size
: 9216
Publisher
:
o7dp5u
【
matlab
】
source-builder_t23ld5
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BbaYby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 vRzdVxi, 3 测试 4, 输出结果。 -Complete set topic, I use a program written in MATLAB-based VQ speaker recognition system, combining BbaYby 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 vRzdVxi , 3 test 4, the output result.
Update
: 2024-05-04
Size
: 6144
Publisher
:
4s67yn
【
matlab
】
source-builder_tldppd
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eGGFBo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 SnKyqjP, 3 测试 4, 输出结果。 -Complete set topic, I use a program written in MATLAB-based VQ speaker recognition system, combining eGGFBo 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 SnKyqjP , 3 test 4, the output result.
Update
: 2024-05-04
Size
: 7168
Publisher
:
kttmkr
【
matlab
】
source-builder_vxclge
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qtVzaX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 KYrAffX, 3 测试 4, 输出结果。 -Complete set topic, I use a program written in MATLAB-based VQ speaker recognition system, combining qtVzaX 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 KYrAffX , 3 test 4, the output result.
Update
: 2024-05-04
Size
: 11264
Publisher
:
6g516m
【
matlab
】
source-builder_x4sjln
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MsdrzA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 xHffGRV, 3 测试 4, 输出结果。 -Complete set topic, I use a program written in MATLAB-based VQ speaker recognition system, combining MsdrzA 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 xHffGRV , 3 test 4, the output result.
Update
: 2024-05-04
Size
: 5120
Publisher
:
beamz3
【
matlab
】
source-builder_xl8lc4
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HqcPzY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 PRjLgBo, 3 测试 4, 输出结果。 -Complete set topic, I use a program written in MATLAB-based VQ speaker recognition system, combining HqcPzY 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 PRjLgBo , 3 test 4, the output result.
Update
: 2024-05-04
Size
: 6144
Publisher
:
sertve
【
matlab
】
source-builder_y7l1u0
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SEJljj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 MKFprjC, 3 测试 4, 输出结果。 -Complete set topic, I use a program written in MATLAB-based VQ speaker recognition system, combining SEJljj 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 MKFprjC , 3 test 4, the output result.
Update
: 2024-05-04
Size
: 11264
Publisher
:
7rpglh
【
matlab
】
source-builder_zo3hbb
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CpxkeE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 pRulzEj, 3 测试 4, 输出结果。 -Complete set topic, I use a program written in MATLAB-based VQ speaker recognition system, combining CpxkeE 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 pRulzEj , 3 test 4, the output result.
Update
: 2024-05-04
Size
: 6144
Publisher
:
4lckaf
【
MacOS develop
】
codebuilder_2djj4x
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yvTNGC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 eWerUhU, 3 测试 4, 输出结果。 -Complete set topic, I use a program written in MATLAB-based VQ speaker recognition system, combining yvTNGC 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 eWerUhU , 3 test 4, the output result.
Update
: 2024-05-04
Size
: 8192
Publisher
:
spryn5
【
matlab
】
codebuilder_4ryasw
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AdnVkd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 TYvjnjm, 3 测试 4, 输出结果。 -Complete set topic, I use a program written in MATLAB-based VQ speaker recognition system, combining AdnVkd 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 TYvjnjm , 3 test 4, the output result.
Update
: 2024-05-04
Size
: 10240
Publisher
:
wit0wf
【
matlab
】
codebuilder_5qx8rf
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AdnVkd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 TYvjnjm, 3 测试 4, 输出结果。 -Complete set topic, I use a program written in MATLAB-based VQ speaker recognition system, combining AdnVkd 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 TYvjnjm , 3 test 4, the output result.
Update
: 2024-05-04
Size
: 9216
Publisher
:
wit0wf
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