Advising/Supervising


  •  MSc. Thesis Supervision

  • Name: Mohammed Elgaily Ahmed Eltayeb.

  • Thesis Title: "Opportunistic Scheduling with Limited Feedback in Wireless Communications Systems".

  • Status: Completed (March 29, 2009)

 

  • Name: Abdullahi Abubakar Mas'ud. (co-supervision with Dr. Salam Zummo)

  • Thesis Title: "Adaptive Modulation and Multiuser Diversity for Fading Channels".

  • Status: In progress


  •  BSc. Capstone Project Supervision

  •  

  •  

  • Project Title: "A Comparative Study of Scheduling Algorithms for Downlink Wireless Networks Systems".

  • Project Title: "DTMF Remote controller for smart homes".

  •  

  • Project Title: "Controlling home appliances using wireless devices".

  • Project Title: "Classification of Modulation Techniques".

Teaching Interest

Course Theme: "Telecommunication Networks"

With the rapid growth of digital telecommunication services, proper design and operation of highly efficient communication networks is becoming more and more important. The goal of this course is to provide a comprehensive coverage of the subject matter by offering a balanced mix of descriptive material and performance analysis techniques. The descriptive aspects will cover the main concepts and structure of packet and circuit networking technologies (e.g. TCP/IP, Ethernet, ATM, Wireless LANs, 3G mobile cellular, etc.). On the other hand, the theoretical analysis will focus on the performance of networks (using Queuing Theory results).

Course Theme: "Wireless and Mobile Communications"

Wireless Communication is the fastest growing segment of the communication industry. In the ages of the first- and second-generation mobile cellular systems, technical interest was mainly in increasing system capacity for voice services. However, these days, it has surely turned toward achieving future high-speed reliable wireless multimedia systems rather than voice systems because of the rapid growth of people's needs for multimedia communications services, including voice, data, and image. The goal of this course is to provide a fundamental understanding of the design, performance and state of the art of wireless communication systems. The course concentrates on cellular system design and planning, wireless channel modeling, mobility management, and current and future wireless communications standards.

[HOME]