新世代光纖載微波系統與技術之整合研究-子計畫二：光正交分頻多工傳輸在光纖載超寬頻分波多工被動光纖擷取網路之研究

Engineering

1. Passive Optical Networks 100%
2. Network Access 100%
3. Ultra-Wideband 100%
4. Wavelength Division Multiplexing 100%
5. Transmissions 50%
6. Multiuser 40%
7. Fiber Optic Networks 20%
8. Speed Data 20%
9. Magnitude Bit 20%
10. High Spectral Efficiency 20%
11. Error Vector 20%
12. Power Attenuation 20%
13. Channel Model 20%
14. Simulated Result 20%
15. Data Transmission Rate 20%
16. Wireless Communication Technique 20%
17. Emitting Laser 20%
18. Ultra Wideband Communications 20%
19. Bit Error Rate 20%
20. Radio-Over-Fiber System 20%
21. Orthogonal Frequency Division Multiplexing 20%
22. Phase Distortion 20%
23. Radio Frequency 20%
24. Multimode Fiber 20%

Computer Science

1. Ultra-Wideband 100%
2. Passive Optical Network 100%
3. Access Network 100%
4. Wavelength Division Multiplexing 100%
5. Wireless System 20%
6. Communication Technique 20%
7. Transmission Rate 20%
8. Power Frequency 20%
9. Wireless Communication 20%
10. Ultra Wideband Communications 20%
11. Multimode Fiber 20%
12. Amplitude Distortion 20%
13. Orthogonal Frequency Division Multiplexing 20%
14. Phase Distortion 20%
15. Emitting Laser 20%
16. Spectral Efficiency 20%
17. Optical Network 10%
18. Fiber Optic Networks 10%