基于matlab的信号分析与处理.rar
基于matlab的信号分析与处理,20页 7000字摘 要信号的采集与分析技术是一门涉及面很广的交叉科学,它的应用和发展与电子测量技术以及数字信号处理等学科紧密联系。其中信号采集和分析仪器的小型化、智能化、数字化以及多功能化的发展越来越快,分析速度较以往也有了大幅度的高。本文简要介绍了连续信号的特征、采集与分析方法,并通过pc机录制自己的一段声音,运用...
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20页 7000字
摘 要
信号的采集与分析技术是一门涉及面很广的交叉科学,它的应用和发展与电子测量技术以及数字信号处理等学科紧密联系。其中信号采集和分析仪器的小型化、智能化、数字化以及多功能化的发展越来越快,分析速度较以往也有了大幅度的高。本文简要介绍了连续信号的特征、采集与分析方法,并通过PC机录制自己的一段声音,运用Matlab进行仿真分析,最后进行滤波处理,比较滤波前后的变化。
关键词:信号;分析与处理;Matlab
目录
摘 要 I
1绪论
1.1本课程的设计目的要求···················1
1.2设计原理·························2
2信号采集··························3
2.1信号的采集···················4
2.1采样过程应注意的问题··············4
3信号的频谱分析·······················5
3.1信号的频域分析···················5
4 设计滤波器·························7
4.1各滤波器的性能指标:··············7
5 信号处理··························9
5.1FIR低通滤波器9
5.2FIR带通滤波器···········································································································11
5.3FIR高通滤波器···········································································································13
总 结······································································································································16
致 谢······································································································································17
参考文献································································································································18
参考文献
[1]胡航.语音信号处理【M】.哈尔滨:哈尔滨工业大学出版社,2002.
[2]高西全、丁玉美编著.数字信号处理【M】.西安电子科技大学出版社,2008.
[3]郑君里等编.信号与系统【M】.北京:高等教育出版社,2000.
[4]罗军辉等编著【M】.MATLAB7.0在数字信号处理中的应用.北京:机械工业出版社,2005.
[5]刘卫国主编【M】.MATLAB程序设计与应用(第二版).北京:高等教育出版社,2006
摘 要
信号的采集与分析技术是一门涉及面很广的交叉科学,它的应用和发展与电子测量技术以及数字信号处理等学科紧密联系。其中信号采集和分析仪器的小型化、智能化、数字化以及多功能化的发展越来越快,分析速度较以往也有了大幅度的高。本文简要介绍了连续信号的特征、采集与分析方法,并通过PC机录制自己的一段声音,运用Matlab进行仿真分析,最后进行滤波处理,比较滤波前后的变化。
关键词:信号;分析与处理;Matlab
目录
摘 要 I
1绪论
1.1本课程的设计目的要求···················1
1.2设计原理·························2
2信号采集··························3
2.1信号的采集···················4
2.1采样过程应注意的问题··············4
3信号的频谱分析·······················5
3.1信号的频域分析···················5
4 设计滤波器·························7
4.1各滤波器的性能指标:··············7
5 信号处理··························9
5.1FIR低通滤波器9
5.2FIR带通滤波器···········································································································11
5.3FIR高通滤波器···········································································································13
总 结······································································································································16
致 谢······································································································································17
参考文献································································································································18
参考文献
[1]胡航.语音信号处理【M】.哈尔滨:哈尔滨工业大学出版社,2002.
[2]高西全、丁玉美编著.数字信号处理【M】.西安电子科技大学出版社,2008.
[3]郑君里等编.信号与系统【M】.北京:高等教育出版社,2000.
[4]罗军辉等编著【M】.MATLAB7.0在数字信号处理中的应用.北京:机械工业出版社,2005.
[5]刘卫国主编【M】.MATLAB程序设计与应用(第二版).北京:高等教育出版社,2006