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 |
序 No. | 單元主題 Unit topic |
內容綱要 Content summary |
1 | Course Introduction & Mobile Communication Systems |
1. background introduction
2. Mobile Communication Systems overview |
Students will get an overall view of this course and understand commnication system block diagrams and functionalities. |
討論 講授 個案研究
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作業 期中考 其他評量-
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2 | 和平紀念日 放假 |
放假 |
self-study |
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3 | Wireless Channel and Fading |
1. introduce communication channel
2. Fading channel modeling |
Understand the signal distortion in non-idea communication channels.
Learn the technologies to mitigate the effect of channel fading |
討論 講授 個案研究
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作業 期中考 其他評量-
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4 | Channel Equalization |
1. Rake receiver
2. Frequency selective fading channel
3. Equalizer: Zero-forcing, Kalman, Bayesian filters |
Understand
1. Fast fading and slow fading characteristics
2. Rake receiver take the advantages of multipath to enhance SNR
3. Equalization technologies handle frequency selective fading channel |
討論 講授 個案研究
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作業 期中考 其他評量-
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5 | LTE Standards |
1. LTE 3GPP Standard Releases
2. Multiplexing FDD/TDD and Frame Types |
Understand
1. 3GPP releases 8-13 technologies for 4G background
2. Frame types and TDD configuration
3. Data rate calculation |
討論 講授 個案研究
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作業 期中考 其他評量-
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6 | LTE Architecture |
1. Multiple Access technique: OFDMA/SC-FDMA
2. LTE architecture
3. LTE operation |
Understand
1. Function blocks and operations of OFDMA and SC-FDMA
2. 4G core network (EPC) and eNodeB function blocks
3. 4G user plane and control plane operation |
討論 講授 個案研究
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作業 期中考 其他評量-
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7 | 清明節 |
放假 |
Self-study |
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8 | LTE Design Consideration |
1. IMEI, APN, SIM Lock
2. RF performance
3. Signal Quality Indicators |
Understand
1. LTE Identifier
2. WiFi and LTE Interference
3. Antenna design consideration |
討論 講授 個案研究
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作業 期中考 其他評量-
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9 | Mid-term Exam |
Examination |
See how much they learnt from my class |
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期中考
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10 | 5G Standard and mmWave |
1. 5G 3GPP Standard Releases R15-R17
2. 5G NR mmWave |
Understand
1. 3GPP releases 15-17 technologies for 5G background
2. New spectrum and flexible Numerology for waveform & frame
3. mMIMO and beamforming operation |
討論 講授 個案研究
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作業 期末考 其他評量-
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11 | 5G Network Architecture |
1. 5G technology evolution
2. 5G core network- 5GC
3. NSA and SA operation |
Understand
1. how 5G can meet high throughput, low latence, and mass connectivity KPI
2. 5GC function blocks and the improvement over 4G
3. 5G network mode options and deployment planning |
討論 講授 個案研究
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作業 期末考 其他評量-
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12 | 5G Applications |
1. 5G Market Trend and 5G Verticals
2. Taiwan 5G Spectrum Auction and Public Network
3. Taiwan 5G Deployment and Applications |
Understand
1. worldwide 5G market and deployment status
2. Taiwan 5G spectrum allocation
3. Taiwan 5G deplyment consideration |
討論 講授 個案研究
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作業 期末考 其他評量-
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13 | 5G CPE Design |
1. FWA
2. RF Design Issues: Antenna Performance and Thermal Issues
3. 5G Throughput Calculation |
Understand
1. CA design challenge
2. Antenna and band allocation for 5G module
3. ODU installation consideration |
討論 講授 個案研究
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作業 期末考 其他評量-
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14 | gNodeB and 5G Open RAN |
1. gNodeB Functionality
2. ORAN
3. Private Network |
Understand
1. gNB improvement over eNB
2. ORAN split options, architecture, and challenges
3. Private network configuration and spectrum allocations |
討論 講授 個案研究
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作業 期末考 其他評量-
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15 | 端午節 |
放假 |
Self-study |
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16 | Final Term Exam |
Examination |
See how much they learnt from my class |
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期末考
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