Description: 1.利用Matlab进行产生频率为1000Hz和6000Hz的正弦信号，利用FDATOOL设计FIR滤波器(fs=16000Hz)，以滤波6000Hz分量，并利用SPTOOL工具对信号滤波进行仿真与验证。
2.从MIC端口(J5)输入频率为1000Hz和6000Hz正弦信号的叠加信号，编写实时FIR滤波程序，选择合适的滤波器参数，滤除6000Hz的频率分量，利用示波器在SPEAKER端口(J6)观察输出波形。分析信号的频谱结构，设计满足要求的数字滤波器,-1. The use of Matlab have 1000Hz frequency of 6000Hz, and the sinusoidal signal, use FDATOOL design FIR filter (fs = 16000Hz) 6000Hz to filter components, and use SPTOOL right signal filtering tools for simulation and verification. 2. MIC from the port (J5) input frequency of 1000Hz and 6000Hz sinusoidal signal superimposed signal Real-time preparation of FIR filtering process to select an appropriate filter parameters, filter 6000Hz frequency components, SPEAKER oscilloscope using the port (J6) to observe the output waveform. Spectrum Signal Analysis of the structure and design meet the requirements of the digital filter. Platform: |
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Author:宁 |
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Description: Finally, probability analysis, based on the chosen database, is performed and
judgment whether the person is recognized is pronounced. Two different modeling
techniques can be suggested for purposes of person identification or verification. The
approach based on Hidden Markov Speaker Models (HMMs) with the mixtures of
Gaussian distribution is text-dependent one. For this technology a speaker is
described by a set of HMMs, constructing the set of speech groups spoken by that
person. The speech groups may be phonemes or words [7]. The text-independent
technology is rested upon Gaussian Mixture Speaker Models. For this technology
each speaker is defined by only one model describing all utterances of that person.
Identification in the range of both approaches is executed by evaluation of maximum
a posteriori probability [7]. Platform: |
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Author:rasul |
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Description: 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ybKOOW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 GAIOGJS， 3 测试 4， 输出结果。
-Complete set topic, I use a program written in MATLAB-based VQ speaker recognition system, combining ybKOOW 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 GAIOGJS , 3 test 4, the output result.
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Author:ymd2qn |
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Description: 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qauflo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 tmgyCFR， 3 测试 4， 输出结果。
-Complete set topic, I use a program written in MATLAB-based VQ speaker recognition system, combining qauflo 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 tmgyCFR , 3 test 4, the output result.
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Size: 4096 |
Author:bdndjo |
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Description: 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PzMFFd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 EAYUVvU， 3 测试 4， 输出结果。
-Complete set topic, I use a program written in MATLAB-based VQ speaker recognition system, combining PzMFFd 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 EAYUVvU , 3 test 4, the output result.
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Size: 6144 |
Author:yr020x |
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Description: 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iABMtS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 bjdGOap， 3 测试 4， 输出结果。
-Complete set topic, I use a program written in MATLAB-based VQ speaker recognition system, combining iABMtS 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 bjdGOap , 3 test 4, the output result.
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Size: 7168 |
Author:8ky99w |
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Description: 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ZULUjd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 WJLgYRQ， 3 测试 4， 输出结果。
-Complete set topic, I use a program written in MATLAB-based VQ speaker recognition system, combining ZULUjd 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 WJLgYRQ , 3 test 4, the output result.
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Size: 7168 |
Author:whok0x |
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Description: 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veaqQy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 ZtUDEGd， 3 测试 4， 输出结果。
-Complete set topic, I use a program written in MATLAB-based VQ speaker recognition system, combining veaqQy 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 ZtUDEGd , 3 test 4, the output result.
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Size: 7168 |
Author:3ah4k4 |
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Description: 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jUeODK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 iBMjRHn， 3 测试 4， 输出结果。
-Complete set topic, I use a program written in MATLAB-based VQ speaker recognition system, combining jUeODK 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 iBMjRHn , 3 test 4, the output result.
Platform: |
Size: 6144 |
Author:4tkalw |
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Description: 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hjcWjN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 TEOYkcT， 3 测试 4， 输出结果。
-Complete set topic, I use a program written in MATLAB-based VQ speaker recognition system, combining hjcWjN 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 TEOYkcT , 3 test 4, the output result.
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Size: 8192 |
Author:fpx3w7 |
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Description: 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TNIErq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 KWMnxOx， 3 测试 4， 输出结果。
-Complete set topic, I use a program written in MATLAB-based VQ speaker recognition system, combining TNIErq 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 KWMnxOx , 3 test 4, the output result.
Platform: |
Size: 6144 |
Author:0qoh77 |
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Description: 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gHKfxl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 gqtYqQq， 3 测试 4， 输出结果。
-Complete set topic, I use a program written in MATLAB-based VQ speaker recognition system, combining gHKfxl 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 gqtYqQq , 3 test 4, the output result.
Platform: |
Size: 5120 |
Author:r3jqpl |
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Description: 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SArNmS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 MjqEZjQ， 3 测试 4， 输出结果。
-Complete set topic, I use a program written in MATLAB-based VQ speaker recognition system, combining SArNmS 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 MjqEZjQ , 3 test 4, the output result.
Platform: |
Size: 7168 |
Author:35o80e |
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Description: 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HNinYU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 JrDzJQv， 3 测试 4， 输出结果。
-Complete set topic, I use a program written in MATLAB-based VQ speaker recognition system, combining HNinYU 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 JrDzJQv , 3 test 4, the output result.
Platform: |
Size: 7168 |
Author:lfmtq1 |
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Description: 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FyZJkQ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 TNbtbBI， 3 测试 4， 输出结果。
-Complete set topic, I use a program written in MATLAB-based VQ speaker recognition system, combining FyZJkQ 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 TNbtbBI , 3 test 4, the output result.
Platform: |
Size: 8192 |
Author:nmhqs3 |
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Description: 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OhgfBY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 xJAbxIc， 3 测试 4， 输出结果。
-Complete set topic, I use a program written in MATLAB-based VQ speaker recognition system, combining OhgfBY 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 xJAbxIc , 3 test 4, the output result.
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Size: 5120 |
Author:208j5n |
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Description: BassBox Pro的是一个最先进的扬声器外壳设计程序。BassBox Pro是用途很广，可用于设计的扬声器为各种应用，包括家用高保真音响，家庭影院，汽车，卡车，面包车，亲扩音，录音室监视器，舞台监听，PA，乐器等。BassBox Pro有许多功能，使它很容易学习和使用。 凭借强大的功能，如“设计向导”，交互式驱动程序参数验证，外部滤波器的造型，先进的数据库和信息上千种驱动程序。(Bassbox Pro is a state-of-the-art speaker shell design program. Bassbox Pro is widely used in the design of loudspeakers for a variety of applications, including home high fidelity sound, home theater, cars, trucks, vans, pro amplification, studio monitors, stage monitoring, PA, musical instruments, etc. Bassbox Pro has many functions, making it easy to learn and use With powerful functions, such as "Design Wizard", interactive driver parameter verification, external filter modeling, advanced database and information thousands of drivers.) Platform: |
Size: 33082368 |
Author:ruanming |
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