ECE 245/445: Wireless Communications and Networking

Course Details

Instructor

Dr. Ilker Demirkol
Hopeman 344
Email: demirkol@ece.rochester.edu
Office Hours: TBD


Teaching Assistant

He Ba
Hopeman 328
Email: ba@ece.rochester.edu
Office Hours: TBD

 

Lectures:

MW 2:00-3:15
CSB 523

Labs:

TBD

 

Prerequisites


Undergraduate communications course (e.g., ECE 242 or equivalent) or consent of the instructor.

 

Textbooks

  • Wireless Communications: Principles and Practice, T. S. Rappaport, Prentice Hall, 2002.
  • Wireless Communications and Networks , W. Stallings, Prentice Hall, 2005.
  •  

    References

  • Wireless Communications , A. Goldsmith, Cambridge University Press, 2005.
  • Introduction to Wireless and Mobile Systems , D. P. Agrawal and Q. Zeng, CL-Engineering, 2005.
  •  

    Syllabus (subject to change)

    • Introduction to Wireless Communication Systems
    • Channel Modeling
    • Analog Modulation Techniques
    • Digital Modulation: Signal Spaces, Basis Functions
    • Channel Coding
    • Network Architectures
    • Medium Access Schemes
    • Communication Protocol Layers
      • Routing Strategies
      • Network Reliability, Congestion Issues
    • Advanced Topics in Wireless Research
      • MANETs
      • Sensor Networks
    • Cellular Network Concepts
    • Existing Wireless Systems
      • GSM, 3G
      • IEEE 802.11

       

    Grading

    Mid-term exam 20%
    Final exam 25%
    Course project (Paper + Presentation) and Labs 25%
    Homeworks (bi-weekly) 20%
    Paper survey + Labs 10%

    However, other factors, such as participation in class and demonstrated effort on problem sets can make a difference in the final grade.

    Paper Survey

    Paper survey will present the summary of 2-3 papers you choose from the wireless communications literature.

    Research Project

    Each student must complete a course research project related to a topic in the wireless area. Projects can base on simulations, analysis, or field experiments. Any topic in the wireless communications field is acceptable, subject to approval. You may work in groups of up to 4 people, but this is not required. At the end of the semester, each group will present their work in class and turn in a conference-style paper describing the project.

     

    Schedule (subject to change)

    Feb 24 Project proposal due (1 page)
    Mar 3 Midterm Exam
    Mar 24 Paper survey due
    Apr 26, 28 In-class presentations of the projects
    Apr 28 Projects final reports due

     

    Lecture Slides:

    University Blackboard Learning System will be used for class-related communication including announcements and document uploads.

     

    Academic Honesty


  • Collaboration on homeworks allowed and encouraged but all students must turn in their OWN solutions.
  • Copying solutions from other students or solutions obtained in other ways constitutes academic dishonesty 
        and will be dealt with accordingly.
  • Cheating on exams will also not be tolerated.