研究生課程教學大綱
課程序号：S004108院（系）：四系
課程 名稱 | 中文 | 海洋聲學電子測量 | ||||||||||||||
英文 | Introductiontoelectrical measurement for acoustic signal in ocean | |||||||||||||||
課程編号 | MS004104 | 課程适用學位級别 | 碩士 | |||||||||||||
總學時 | 32 | 課内學時 | 24 | 學分 | 2 | |||||||||||
實踐環節 | 實驗 | 用機小時 | 8 | |||||||||||||
開課院(系) | 四系 | 開課學期 | 春季 | 考試方式 | 開卷 | |||||||||||
課程負責人 | 教師姓名 | 毛衛甯 | 學位 | 碩士 | 博導或碩導 | 碩導 | ||||||||||
職稱 | 教授 | 學曆 | 研究生 | |||||||||||||
maoweining@seu.edu.cn | 網頁地址 |
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授課語言 | 漢語 | 課件地址 |
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适用學科範圍 | 二級 | 适用學科名稱 | 信息 | |||||||||||||
實驗(案例)個數 | 1 | 先修課程 | 工程數學 | |||||||||||||
教學用書 | 教材名稱 | 教材編者 | 出版社 | 出版年月 | 版次 | |||||||||||
主要教材 | 1.陣列信号處理的理論和應用 2.水聲學原理 | 張小飛 劉伯勝 | 國防工業出版社 哈爾濱工程大學 | 2010 2006 | 1 2 | |||||||||||
主要參考書 | Principles of underwater sound | Robert J.Urick | 哈爾濱工程大學 | 1993 | 3 | |||||||||||
聲納信号處理引論 | 李啟虎 | 海洋出版社 | 1985 | 1 | ||||||||||||
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一、教學目标和要求：
通過本課程的學習，掌握空域信号處理的基本方法，掌握常規波束形成和自适應波束形成的原理和方法，以及基于常規波束形成、自适應波束形成和高分辨譜估計的窄帶和寬帶信号方位估計方法；了解海洋環境噪聲和水下目标的聲學特性；了解海洋信道的信息傳播特性；了解聲納的工作原理和系統構成；掌握基本的水下目标信号時域/空域處理方法，為今後從事相關研究工作打下良好基礎。
二、教學大綱（含章節目錄）：
1、緒論
2、空域信号處理基礎知識
3、常規波束形成和自适應波束形成
4、陣列信号的二維FFT
5、傳統DOA估計方法和高分辨DOA估計方法
6、寬帶信号DOA估計
7、海洋的聲學特性和聲傳播特性
8、水下目标的聲學特性
9、海洋環境噪聲和混響
10、聲納方程及聲納系統構成
11、典型的水下聲學電子測量系統
三、教學周曆：
周次 | 教學内容 | 教學方式 |
1 | 緒論 | 講課 |
2 | 空域信号處理基礎知識 | 講課 |
3 | 常規波束形成和自适應波束形成 | 講課 |
4 | 陣列信号的二維FFT | 講課 |
5 | 傳統DOA估計方法和高分辨DOA估計方法 | 講課 |
6 | 寬帶信号DOA估計，DOA估計仿真實驗 | 實驗 |
7 | 海洋聲學特性：海洋中的聲速分布、海面/海底對聲傳播的影響 | 講課 |
8 | 海洋聲傳播特性：幾種典型的海洋聲傳播聲道 | 講課 |
9 | 目标的聲學特性：聲波在目标上的反射與散射 | 講課 |
10 | 目标的聲學特性：艦艇和魚雷的輻射噪聲與自噪聲 | 講課 |
11 | 海洋環境噪聲源及環境噪聲的特性 | 講課 |
12 | 混響的産生、分類和特征 | 講課 |
13 | 聲納方程及聲納系統構成 | 講課 |
14 | 典型的水下聲學電子測量系統簡介 | 講課 |
15 | 複習 | 講課 |
16 | 考試 | 考試 |
四、主講教師簡介：
毛衛甯，女，1963年生，beat365正版唯一教授，研究方向為信号與信息處理。主要從事陣列信号處理、水聲信号處理等領域的研究工作，對水下聲學信号的檢測、目标定位、目标運動參數估計及聲納信号處理軟件開發等有較深入的研究。先後負責和參加聲納型号、設備、重點國防預研和國防基金等十多項科研項目的研究工作。獲國家科技進步二等獎一項，部級科技進步二、三等獎各二項。
五、任課教師信息（包括主講教師）：
任課 教師 | 學科 （專業） | 辦公 電話 | 住宅 電話 | 手機 | 通訊地址及電子郵件 | 郵政 編碼 |
毛衛甯 | 信号與信息處理 |
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| beat365正版唯一信息學院 maoweining@seu.edu.cn | 210096 | |
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說明：教學周曆對博士研究生專業課暫不做要求。
注1：以上内容将上網公布，下面的内容将保存在研究生院。2.課程适用學位級别為：碩士、博士或碩博。3.開課學期為：春季、秋季或春秋季。4.授課語言為：漢語、英語或雙語教學。5.适用學科範圍為：公共，一級學科，二級學科，或三級學科。6.實踐環節為：實驗、調研、研究報告。7.教學方式為：講課、讨論、實驗或自學。8.課件地址指在網絡上已經有的課程課件地址。9.主講教師簡介主要為基本信息（出生年月、性别等）、研究方向、教學與科研成果，以100至500字為宜。
Graduate Course Syllabus
Course Serial Number：S00435School：School of Information Science and Engineering
Course Title | in Chinese | 海洋聲學電子測量 | |||||||||||
in English | Introductiontoelectrical measurement for acoustic signal in ocean | ||||||||||||
Course Number | MS004104 | Type of Degree Suitable | Graduate | ||||||||||
Total Hours | 32 | Class Hours |
| Credit | 2 | ||||||||
Program of Practice or Experiments | Experiment | Computer-using Hours | 8 | ||||||||||
School | School of Information Science and Engineering | Semester | Spring | Form of Exam |
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Chief Lecturer | Name | Mao-weining | Professional Title | Professor | |||||||||
maoweining@seu.edu.cn | Personal Website |
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Course Language | Chinese | Teaching Material Website |
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Class of Discipline | Class 2 | Title of Discipline | Information | ||||||||||
Number of Experiments | 1 | Preliminary Courses | Engineering Mathematics | ||||||||||
Teaching Reference Books | Book Title | Author | Publishing House | Year of Publication | Edition Number | ||||||||
Main Textbook | Principles of underwater sound | Liubosheng，Leijiayu | Institute ofHa’erbin Ship Biluding | 1993 | 1 | ||||||||
Main Reference Books | Principles of underwater sound | Robert J.Urick | Institute ofHa’erbin Ship Biluding | 1993 |
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Introduction to sonar signal processing |
Liqihu |
Ocean Press |
1985 |
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I.Teaching Goals and Requirements:
Through learning this course, require the students know well the method of signal processing in space, including the basic principles of conventional beamforming and adaptive beamforming, the method of DOA estimation for narrow and wideband signal based on conventional beamforming, adaptive beamforming and MUSIC; know about the acoustic characteristics of ambient noise of the sea and underwater target, the propagation characteristics of ocean channel; understand the basic principles of underwater acoustic signal processing in time/space domain.
II. Teaching Syllabus (chapters, including sections)
Introduction
Foundation of space signal processing
Conventional beamforming and adaptive beamforming
Two dimensional Fourier transformation of array signal
Conventional DOA estimation and The multiple signal classification
Wideband signal DOA estimation
Acoustic properties for ocean and Sound propagation in ocean
Acoustic properties for underwater target
Ambient noise for Ocean
Reverberation in Ocean
Sonar Equation and Constitute ofsonar system
Introduction to several electric measurement system in underwater
III. Teaching Calendar：
Week | Course Contents | Teaching Method |
1 | Introduction | Lecturing |
2 | Foundation of space signal processing | Lecturing |
3 | Conventional beamforming and adaptive beamforming | Lecturing |
4 | Two dimensional Fourier transformation of array signal | Lecturing |
5 | Conventional DOA estimation and The multiple signal classification | Lecturing |
6 | Wideband signal DOA estimation, Simulation | Experiment |
7 | Acoustic properties for ocean: sound speed and its profile | Lecturing |
8 | Acoustic properties for ocean: sound propagation loss | Lecturing |
9 | Sound propagation properties in Ocean | Lecturing |
10 | Sound propagation theory: several sound propagation channel in ocean | Lecturing |
11 | Acoustic properties for target: reflection and scattering of sound waves on target | Lecturing |
12 | Acoustic properties for target: radiation and self-noise of ship | Lecturing |
13 | Ambient noise sources and ambient noise’s characteristics | Lecturing |
14 | The source and the characteristics of oceanic reverberation | Lecturing |
15 | Sonar Equation and Constitute of sonar system .Introduction to several electric measurement system for underwater acoustic signal. | Lecturing |
16 | Examination | Examination |
Note: The teaching calendar is not compulsory temporarily for speciality courses for doctor degree.
IV. Resume of the Chief Lecturer：
Name: Maoweining
Address:
School of Information Science and Engineering
Southeast University
Nanjing, 210096
P. R. China
Birth date and place: Jan. 1, 1963
Sex: female
Professional Title: Professor
Honors:
The Second Grade National Science and Technology Progress Award (1995)
The Second GradeScience and Technology Progress Award fromCSSC (1993)
The Third GradeScience and Technology Progress Award fromCSSC (1998)
The Second GradeScience and Technology Progress Award fromCSSC
(1999)
The Third Grade Science and Technology Progress Award from PLA (2001)
Current Research:
array signal processing,underwater acoustic signal processing, underwater acoustic signal detection ,passive localization, and target motion analysis.
