Digital Communication (graduate, fall 2022)

• Record of homework and exam scores (pdf)
• Please note:
  • Announcements will be often made using the NYCU curriculum management system. Therefore, if you are taking this course, but have not registered your e-mail address in the system, please do so. If you have registered it, then please check its correctness.
  • Note that some mail services may block certain group mails. Please make sure that your e-mail service provider does not block mails sent from NYCU's curriculum management system.
• Rules Concerning Late Homeworks
  • Late homework papers may be subject to discount in grade.
  • No homeworks are accepted after the solutions have been posted or after the graded papers have been returned.
• Homeworks
  • Homework #1 (pdf) (solutions)
  • Homework #2 (pdf) (solutions)
  • Homework #3 (pdf) (solutions)
  • Homework #4 (pdf) (solutions)
  • Homework #5 (pdf) (solutions)
  • Homework #6 (pdf) (solutions)
  • Homework #7 (pdf) (solutions)
  • Homework #8 (pdf) (solutions, with corrections to solutions to problems 1 and 2)
• Class Notes
  • Chapter 0: Course information (pdf, corrected "http" to "https" on p. 1, 2022/09/14)
  • Chapter 1: Introduction (pdf)
  • Part I: Basics: Single-Carrier Transmission
    • Chapter 2: Common digital modulation methods (pdf)
    • Chapter 3: Optimum receivers in AWGN under perfect synchronization (pdf)
    • Chapter 4: Synchronization (pdf)
    • Chapter 5: Noncoherent demodulation in perfect symbol synchronization (pdf)
    • Chapter 6: Bandlimited transmission and equalization (pdf)
    • Chapter 7: Error-control coding (pdf)
  • Part II: Other Transmission Techniques, and Conclusion
    • Chapter 8: Multicarrier modulation (pdf)
    • Chapter 9: Spread-spectrum transmission, etc. (pdf)
    • Chapter 10: Concluding remarks (pdf)
• TA
  • §E«É©v yozongyu@gmail.com

Back to David W. Lin's homepage