| 課程名稱 Course Title |
(中文) 無線通訊 (英文) Wireless Communications |
開課單位 Departments |
電機工程研究所 | ||
| 課程代碼 Course No. |
W5730 | ||||
| 授課教師 Instructor |
卓立 | ||||
| 學分數 Credit |
3.0 | 必/選修 core required/optional |
選修 | 開課年級 Level |
研究所 |
| 先修科目或先備能力Course Pre-requisites：通訊原理 (E4700)、數位通訊系統 (E5700) | |||||
| 課程概述與目標 Course Overview and Goals：The course is intended to provide comprehensive coverage of wireless communication technologies for senior undergraduates and first-year graduate students. | |||||
| 教科書 Textbook |
李大嵩等著; 第五代行動通訊系統3GPP New Radio(NR)：原理與實務; 全華圖書; 2021/11出版 | ||||
| 參考教材 Reference |
5G無線通訊技術聯盟教材、3GPP標準文件 | ||||
| 課程大綱 Syllabus |
學生學習目標 Learning Objectives |
單元學習活動 Learning Activities |
學習成效評量 Evaluation |
備註 Notes |
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| 週 Week | 單元主題 Unit topic |
內容綱要 Content summary |
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| 1 | Introduction | 1. Syllabus Overview 2. Mainstream Wireless Communication Standards |
1. Understanding the Content of the Course 2. Mainstream Wireless Communication Standards |
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| 2 | Wireless Channel and Signal Model (1) | 1. Large-scale Fading 2. Small-scale Fading |
1. Large-scale Fading 2. Small-scale Fading |
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| 3 | Wireless Channel and Signal Model (II) | 1. Multiple Antenna Systems 2. Spatial Channel Model |
1. Multiple Antenna Systems 2. Spatial Channel Model |
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| 4 | OFDM Basis (I) | 1. OFDM Transceiver 2. PAPR Issue of OFDM 3. OFDM Signal Detection |
1. OFDM Transceiver 2. PAPR Issue of OFDM 3. OFDM Signal Detection |
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| 5 | OFDM Basis (II) | 1. Channel Estimation 2. Cyclic Prefix 3. OFDMA/SC-FDMA |
1. Channel Estimation 2. Cyclic Prefix 3. OFDMA/SC-FDMA |
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| 6 | Signal Processing of MIMO (I) | 1. Beamforming 2. Principle of MIMO 3. Modeling MIMO-OFDM |
1. Beamforming 2. Principle of MIMO 3. Modeling MIMO-OFDM |
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| 7 | Signal Processing of MIMO (II) | 1. Transmit/Receive Diversity 2. Space-time Coding 3. MIMO Detection 4. MIMO Precoding |
1. Transmit/Receive Diversity 2. Space-time Coding 3. MIMO Detection 4. MIMO Precoding |
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| 8 | Channel Coding | 1. Brief on Information Theory 2. ECC: Block Coding and Convolutional Coding 3. ML & Viterbi Detector 4. Polar Code & LDPC Code |
1. Brief on Information Theory 2. ECC: Block Coding and Convolutional Coding 3. ML & Viterbi Detector 4. Polar Code & LDPC Code |
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| 9 | Midterm Exam | Midterm Exam | Midterm Exam |
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| 10 | 5G NR System Architecture | 1. 5G Scenarios 2. 5G Network 3. Service Bus Architecture 4. BTS Configuration |
1. 5G Scenarios 2. 5G Network 3. Service Bus Architecture 4. BTS Configuration |
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| 11 | 5G NR Air Interface (I) | 1. Frequency Range and Bands 2. Multiple Access Scheme 3. 5G NR Numerology 4. Frame Structure 5. Bandwidth Part |
1. Frequency Range and Bands 2. Multiple Access Scheme 3. 5G NR Numerology 4. Frame Structure 5. Bandwidth Part |
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| 12 | 5G NR Air Interface (II) | 1. 5G NR Radio Protocol 2. 5G NR Channels 3. 5G NR PHY signals |
1. 5G NR Radio Protocol 2. 5G NR Channels 3. 5G NR PHY signals |
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| 13 | Key Technologies of 5G/B5G (I) | 1. CA, EN-DC, LAA, Spectrum Sharing 2. MEC 3. Slicing 4. Massive MIMO |
1. CA, EN-DC, LAA, Spectrum Sharing 2. MEC 3. Slicing 4. Massive MIMO |
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| 14 | Key Technologies of 5G/B5G (II) | 1. D2D Communication 2. NTN Communication 3. MTC Communication 4. V2X Communication 5. Vertical Application |
1. D2D Communication 2. NTN Communication 3. MTC Communication 4. V2X Communication 5. Vertical Application |
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| 15 | Industry Insight Sharing (I) | 1. FAE Case Study 2. Landline vs. Wireless |
1. FAE Case Study 2. Landline vs. Wireless |
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Instructor: Senior FAE, Nokia | |
| 16 | Industry Insight Sharing (II) | 1. 3GPP Standardization Process 2. 3GPP Releases Status Update |
1. 3GPP Standardization Process 2. 3GPP Releases Status Update |
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Instructor: Senior Researcher, CHT-TL | |
| 17 | Final Presentation | Report Study | 1. Making Comments on Technical Reports 2. Presentation Skills |
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| 18 | Final Presentation | Report Study | 1. Making Comments on Technical Reports 2. Presentation Skills |
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教學要點概述 Overview of Teaching Points： |