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Year Long – 2013-2014 Dr. Omar Abuelmaatti

6057COMP : Mobile and Wireless Systems CS (optional). Year Long – 2013-2014 Dr. Omar Abuelmaatti Room 711, Tel. 231- 2623, O.E.Abuelmaatti@ljmu.ac.uk. Course overview.

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Year Long – 2013-2014 Dr. Omar Abuelmaatti

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  1. 6057COMP:Mobile and Wireless Systems CS (optional) Year Long – 2013-2014 Dr. Omar Abuelmaatti Room 711, Tel. 231- 2623, O.E.Abuelmaatti@ljmu.ac.uk

  2. Course overview • The course will provide advanced understanding of modern mobile and wireless systems. It will provide the fundamental technical concepts for the design, modeling, implementation and optimisation of mobile and wireless systems including GSM, UMTS, WLAN and WiMAX systems. It will cover concepts including architectures, design and implementation, mobility and network management, network evolution and development, rollout, adaptation and optimisation.

  3. Module Aims • To provide an in-depth study of the application and network requirements of wireless and mobile communications systems. • To develop an understanding of the theory and practice of building modern mobile and wireless systems. • To develop an advanced understanding of the technical concepts for the design, modeling, implementation and optimisation of mobile and wireless systems.

  4. Learning Outcomes After completing the module you should be able to: Critically review and identify the technical requirements of applications and network infrastructures supporting modern wireless systems. Apply creative skills in the development of applications and network infrastructures of modern wireless systems. Critically evaluate and identify the technical requirements of applications and network infrastructures supporting modern mobile telecommunication systems. Apply knowledge in the development of applications and network infrastructures of modern mobile telecommunications systems.

  5. Assessment Detail • Minimum pass mark 40%. • Two Courseworks (100%) • 50% Sem1 • Design of a Wireless Networking Infrastructure supporting specific application requirement. • 50% Sem2 • Design of a mobile telecommunications system and applying proper techniques in achieving the network requirements. • No Exam

  6. Recommended reading – Semester 1 • Text books: Module is very loosely based on (i.e. no need to buy them as they are very expensive) • Stallings, W. (2005) 'Wireless Communications and Networks', 2nd Edition, Prentice Hall (Pearson), 9780131918351 • Schiller, J. (2003) 'Mobile Communications', 2nd Edition, Addison-Wesley (Pearson), 9780321123817 • Course Notes • Copies of lecture slides along with other relevant material will be available via Blackboard. • Electronic resources • A large number of resources exist on the Internet. These include book chapters, academic papers, FAQs, online workshops, programs and other relevant material from academic institutes around the world. The LRC also have subscriptions to huge databases of online books and journals.

  7. Schedule / Syllabus – Semester 1 • L1: Module Overview & Introduction • L2: Radio Wave Fundamentals • L3: WLAN Types and Components • L4: The IEEE 802.11 Standard and its Physical Layers • L5: The IEEE802.11 MAC Layer • L6: Planning a WLAN Deployment • L7: System Architecture Design • L8: Range, Performance and Roaming • L9: Radio Frequency and Security • L10: Site Survey, Installation, Testing and Management • L11: Mobile Cellular Systems – GSM and its Evolution

  8. Recommended reading – Semester 2 • Text books: Module is very loosely based on (i.e. no need to buy them as they are very expensive) • Punz, G., (2009) ‘The Concept, Architecture and Realization of Mobile Networks beyond UMTS’, Springer, 978-3211094396 • Mallick, M.(2003) 'Mobile and Wireless Design Essentials', Wiley, 978-0471214199 • Schiller, J. (2003) 'Mobile Communications', 2nd Edition, Addison-Wesley (Pearson), 9780321123817 • Course Notes • Copies of lecture slides along with other relevant material will be available via Blackboard. • Electronic resources • A large number of resources exist on the Internet. These include book chapters, academic papers, FAQs, online workshops, programs and other relevant material from academic institutes around the world. The LRC also have subscriptions to huge databases of online books and journals.

  9. Schedule / Syllabus – Semester 2 • L1: Module Overview & Introduction to Cellular Systems • L2: The Basics of Cellular Radio Communication • L3: The GSM Network • L4: GSM Services and Protocols • L5: GSM Mobility and Radio Resource Management • L6: GSM Frequency Planning • L7: Performance Management and Optimisation • L8: GSM Security and Billing • L9: Fundamentals of GPRS (2.5G) and EDGE (2.75G) • L10: Fundamentals of UMTS (3G) and HSDPA (3.5G) • L11: Fundamentals of LTE (4G)

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