raednoor
2011-01-30, 01:58 PM
this is a master thesis describes the difference between these two technologies LTE & WiMAX. (109 pages)
COMPARISON BETWEEN WiMAX AND 3GPP LTE
1. Introduction
2. Introduction to WiMAX
2.2 IEEE 802.16 Standards
2.3 Fixed Vs Mobile WiMAX
2.4 IEEE 802.16 Protocol Layers
2.5 Physical Layer of IEEE 802.16
2.6 MAC Layer of IEEE 802.16
2.7 Multi Antenna Technologies
2.8 Network Architecture of WiMAX
3. Long Term Evolution
3.1 Overview of 3GPP Long Term Evolution
3.2 LTE Performance Targets
3.3 LTE Physical Layer
3.3.4 Multi Antenna Techniques in LTE
3.4 LTE MAC Layer
4. Comparison between WiMAX and LTE
4.2 System Architecture
4.3 Radio Aspects of Air Interface
4.4 Protocol Aspects of Air Interface
4.5 Quality of Service
4.6 Mobility
4.7 Comparative Summary
5. Simulation
5.2 Link Level Simulation of SC-FDE
5.3 Link Level Simulation of SC-FDMA
5.4 Peak-to-Average Power Ratio
5.5 Capacity of MIMO System
6. Conclusions and Future Work
the download link:
request download ticket | ifile.it (http://ifile.it/xenrwm5)
COMPARISON BETWEEN WiMAX AND 3GPP LTE
1. Introduction
2. Introduction to WiMAX
2.2 IEEE 802.16 Standards
2.3 Fixed Vs Mobile WiMAX
2.4 IEEE 802.16 Protocol Layers
2.5 Physical Layer of IEEE 802.16
2.6 MAC Layer of IEEE 802.16
2.7 Multi Antenna Technologies
2.8 Network Architecture of WiMAX
3. Long Term Evolution
3.1 Overview of 3GPP Long Term Evolution
3.2 LTE Performance Targets
3.3 LTE Physical Layer
3.3.4 Multi Antenna Techniques in LTE
3.4 LTE MAC Layer
4. Comparison between WiMAX and LTE
4.2 System Architecture
4.3 Radio Aspects of Air Interface
4.4 Protocol Aspects of Air Interface
4.5 Quality of Service
4.6 Mobility
4.7 Comparative Summary
5. Simulation
5.2 Link Level Simulation of SC-FDE
5.3 Link Level Simulation of SC-FDMA
5.4 Peak-to-Average Power Ratio
5.5 Capacity of MIMO System
6. Conclusions and Future Work
the download link:
request download ticket | ifile.it (http://ifile.it/xenrwm5)