The UMTS benchmarks body, 3GPP, has been setting up higher gauges to attain to eager objectives for the eventual fate of versatile correspondences i.e. Fourth Generation (4G) Long Term Evolution – LTE. The main impetus for further creating LTE towards LTE Advanced was to have the capacity to give higher Bitrates in an expense productive manner. This course covers the significant parts of LTE Advanced and will give the representative a comprehension of the new functionalities presented.
The fundamental new functionalities presented in LTE-Advanced are Carrier Aggregation, improved utilization of multi-reception apparatus procedures and backing for Relay Nodes and these are secured in subtle element on the course. So as to pick up the high Peak information rates needed in LTE Advanced, bearers will be totaled together to give an expanded range data transfer capacity, the greatest being 100 MHZ. There are some new conventions and LTE Channels and this course covers that and additionally the improvement or changes to a portion of the channels.
Introduction to 4G Technology
Simulation tools used in 4G Technology in system level, link level. (matlab)
Relay Architecture and NODES
MIMO Enhancement in LTE Advanced
Most recent Industry research and investigation into LTE Advanced Test Trials and techniques.
Data on Carrier Aggregation with transfer speed surpassing 20MHZ and up to 100MHZ
Heterogeneous system arranging of blended extensive and little cells blended by utilizing Relay Node
Advantages of Multi-antenna techniques to boost peak throughput in excess of 3Gbit/s
Advanced Multicell Coordination
Energy Saving Techniques
Affirmation of every significant highlight of the center and interface
Specific aspects such as Security
Demonstrate an Understanding of the portable devices and the objectives of LTE
Admire the transformative way towards LTE
Familiar with the genuine air interface highlights including SC-FDMA
Get a perception of the radio channels at both physical and logical level