Teaching in  Semester (181)

  EE- 579    Advanced Wireless Communications  (new course, first in the region)

  - Prerequisites: EE 577

- The course topics:

Review of propagation models, modulation, and diversity for second-generation systems. Information theoretic capacity of fading channels: ergodic and outage capacity. Single-user MIMO systems: channel models, capacity, and trans-receive schemes. Introduction to multiuser information theoretic models: Multiple Access, Broadcast, and Interference channels. Multiuser-user MIMO systems: trans-receive schemes and capacity results. Multi-user scheduling and multi-user diversity. Introduction to cognitive radio. Cooperative communications. Ad hoc and vehicular networks. Future and open research topics.

  - Grading : a midterm, final exam, homework, quizzes and a course project (25-30%).

  - Refer to the course Webct.

Teaching in Semester (172)

EE-202 Electric Circuits

 EE-207   Signals and Systems

Teaching in Semester (101)

EE-201 Electric Circuits

Teaching in  Semester (102)

 EE-497    Wireless and Mobile Communication Systems

  - Prerequisites: EE 370 & EE 315.

  - The course mainly covers the concept of cellular systems, signal propagation in cellular systems, modulation and diversity schemes, and multiple access schemes.

  - Three lectures per week. 

  - Grading : two major exams, final exam, homework, quizzes and a course project (6-10%).

  - Refer to the course Webct.

EE-370   Communications Engineering I

 - Refer to the course Webct.

Teaching in Semester (111)

EE-204 Fundamentals of Electric Circuits

- Refer to the course Webct.

EE-370   Communications Engineering I

- Refer to the course Webct.

EE-204 Fundamentals of Electric Circuits

- Refer to the course Webct.

EE-204 Fundamentals of Electric Circuits

- Refer to the course Webct.

EE-315  Probabilistic Methods in Electrical Engineering  

EE 577- Wireless and Personal Communications 

EE-315  Probabilistic Methods in Electrical Engineering  

EE 570- Stochastic Processes