This course addresses radio resource allocation, sharing, control and management for wireless and cellular networks. It basically addresses PHY and MAC layers. The first and major emphasis is on radio access network architectures, procedures and methods. We will address resource sharing and radio resource allocation, control and management for TDMA, CDMA and OFDMA systems.
The course addresses Uplink and downlink interference management, scheduling issues and capacity evaluation for the air interface or the radio access network. Physical to logical channel mapping for GSM and UMTS networks are also described along with the RAN architecture and the associated procedures and protocols. QoS management and service classes will be presented and debated.
The course also addresses transport technologies. The use of dedicated lines, ATM and IP and therefore the evolution from circuit to packet switched technologies are discussed and analysed. The impact of current choices on QoS and mobility management as well as the trends and evolutions toward beyond 3G networks will be discussed.
- QoS definition and management in GPRS and UMTS
- RAN architecture
- Radio Access Network Architecture for GSM, GPRS and UMTS, network devices, interfaces and protocols
- Access methods and radio resource management in mobile networks, mainly for
- TDMA systems,
- CDMA systems and
- OFDMA systems.
- Scheduling issues for GPRS, UMTS and WiMAX
- Physical to logical channel mapping
- for GSM
- for UMTS
- Procedure and protocol used for resource allocation
- PDP Context and TBF allocation
- Transport technologies in the RAN
- ATM versus IP
- QoS Classes and QoS mapping between radio and transport layers
- Green IT
18 hour coursework
Coordinator: Badii Jouaber, email@example.com
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Last modify 13 December 2016