Complete compilation of the most relevant aspects on WiMAX Covers all protocol layer and related radio and network technologiesVery recent research achievements on RRM, planning and cost-benefit optimizationEuropean projects research on QoS-aware mobility managementVision on 5G megacommunications and challenges for the advanced air interface
Ignited by the mobile phone's huge success at the end of last century, the demand for wireless services is constantly growing. To face this demand, wireless systems have been and are deployed at a large scale. These include mobility-oriented technologies such as GPRS, CDMA or UMTS, and Local Area Network-oriented technologies such as WiFi. WiMAX Networks covers aspects of WiMAX quality of service (QoS), security, mobility, radio resource management, multiple input multiple output antenna, planning, cost/revenue optimization, physical layer, medium access control (MAC) layer, network layer, and so on.
Chapter 1: The Evolution towards WiMAXChapter 2: OFDMA WiMAX Physical LayerChapter 3: Medium Access Control Layer Chapter 4: Quality of ServiceChapter 5: Security SublayerChapter 6: Mobility Management Architecture for WiMAX Networks Chapter 7: Radio Resource Management in WiMAX networksChapter 8: Radio and Network PlanningChapter 9: System CapacityChapter 10: Business Models and Cost/revenue OptimizationChapter 11: Multiple Antenna TechnologyChapter 12: WiMAX and Wireless standardsIndex
Ignited by mobile phone huge success at the end of last century, the demand for wireless services is constantly growing. To face this demand, wireless systems have been and are deployed at a large scale. These include mobility-oriented technologies such as GPRS, CDMA or UMTS, and Local Area Network-oriented technologies such as WiFi. The next step in wireless communications is broadband wireless access systems, which provides ubiquitous Internet and large bandwidth. In order to create conditions for an efficient technology, addressing interoperability and competition in this promising market, a standardization effort has been led by the Institute of Electrical and Electronic Engineers (IEEE). The first released standard was the IEEE 802.16, which addresses a wide range of frequencies, and defines the main principles for the series of the IEEE 802.16 fixed wireless and mobile standards published afterwards. The advanced air interface of IEEE 802.16m will enable multi-hop relay architectures, roaming and seamless connectivity across IMT-advanced and IMT-2000 systems through the use of appropriate interworking functions. WiMAX Networks covers aspects of WiMAX quality of service (QoS), security, mobility, radio resource management, multiple input multiple output antenna, planning, cost/revenue optimization, physical layer, medium access control (MAC) layer, network layer, and so on.
WiMAX Networks covers aspects of WiMAX quality of service (QoS), security, mobility, radio resource management, multiple input multiple output antenna, planning, cost/revenue optimization, physical layer, medium access control (MAC) layer, network layer, and so on.
The Evolution Towards WiMAX.- OFDMA WiMAX Physical Layer.- Medium Access Control Layer.- Quality of Service.- Security Sublayer.- Mobility Management Architecture for WiMAX Networks.- Radio Resource Management in WiMAX Networks.- Radio and Network Planning.- System Capacity.- Business Models and Cost/Revenue Optimization.- Multiple Antenna Technology.- WiMAX and Wireless Standards.
Inhaltsverzeichnis
Chapter 1: The Evolution towards WiMAX
Chapter 2: OFDMA WiMAX Physical Layer
Chapter 3: Medium Access Control Layer
Chapter 4: Quality of Service
Chapter 5: Security Sublayer
Chapter 6: Mobility Management Architecture for WiMAX Networks
Chapter 7: Radio Resource Management in WiMAX networks
Chapter 8: Radio and Network Planning
Chapter 9: System Capacity
Chapter 10: Business Models and Cost/revenue Optimization
Chapter 11: Multiple Antenna Technology
Chapter 12: WiMAX and Wireless standards
Index
Klappentext
Ignited by the mobile phone's huge success at the end of last century, the demand for wireless services is constantly growing. To face this demand, wireless systems have been and are deployed at a large scale. These include mobility-oriented technologies such as GPRS, CDMA or UMTS, and Local Area Network-oriented technologies such as WiFi. WiMAX Networks covers aspects of WiMAX quality of service (QoS), security, mobility, radio resource management, multiple input multiple output antenna, planning, cost/revenue optimization, physical layer, medium access control (MAC) layer, network layer, and so on.
Complete compilation of the most relevant aspects on WiMAX
Covers all protocol layer and related radio and network technologies
Very recent research achievements on RRM, planning and cost-benefit optimization
European projects research on QoS-aware mobility management
Vision on 5G megacommunications and challenges for the advanced air interface
Includes supplementary material: sn.pub/extras
