primig
2015-01-31, 08:14 AM
v1.1
Nex-G Exuberant Solutions (Indian based Training Provider)
May, 2013
Course to develop skills in the field of 4G / LTE RF Planning & Optimization. It will provide in-depth understanding of LTE Architecture, LTE Radio Interface, Link Budgets for LTE, Coverage Planning, eNB Configeration, IDLE Mode Parameters, CONNECTED Mode Parameters, Capacity Planning for LTE, Coverage Planning for LTE & LTE Coverage Optimisation.
http://www.4shared.com/rar/gh4GSzqlba/
1. RADIO NETWORK PLANNING
1.1 PATH LOSS BASED APPROACH
1.2 SIMULATION BASED APPROACH
2 LINK BUDGET
2.1 UPLINK LINK BUDGET
2.2 DOWNLINK LINK BUDGET
3 LTE LINK BUDGET EXERCISE
4 LTE COVERAGE SCENARIOS
5 LTE COVERAGE IN NOISE LIMITED SCENARIO
5.1 DEFINATION OF AVERAGE SNR
5.2 REQUIRED SINR
5.2.1 Spectral Efficiency:-
5.3 INTERFERENCE
5.4 COVERAGE-BASED SITE COUNT
6 CAPACITY PLANNING
6.1 AVERAGE CELL THROUGHPUT CALCULATION
6.2 SENSITIVITY
7 LTE KEY PERFORMANCE INDICATORS FOR LTE RF DESIGN
7.1 Reference Signal Received Power (RSRP):-
7.2 Reference Signal Received Quality (RSRQ) :-
7.3 Overlapping Zones (Number of Servers):-
Design KPI for Overlapping Zones (Number of Servers):
7.4 DL Cell Aggregate Throughput
8 PEAK RATE CALCULATION IN LTE
9 CELL EDGE PERFORMANCE
9.1 Enhancing cell Edge Performance using ICIC
9.2 Cell-Edge SINR from Simulation, Trial and Real-Life Networks
9.3 Effects Caused by Mobility:-
9.4 Radio Link Failure and PDCCH Performance
9.5 Inter-Cell Interference Coordination (ICIC)
10 CELL EDGE THROUGHPUT
11 VOIP CAPACITY CALCULATION
12 REFERENCES
Nex-G Exuberant Solutions (Indian based Training Provider)
May, 2013
Course to develop skills in the field of 4G / LTE RF Planning & Optimization. It will provide in-depth understanding of LTE Architecture, LTE Radio Interface, Link Budgets for LTE, Coverage Planning, eNB Configeration, IDLE Mode Parameters, CONNECTED Mode Parameters, Capacity Planning for LTE, Coverage Planning for LTE & LTE Coverage Optimisation.
http://www.4shared.com/rar/gh4GSzqlba/
1. RADIO NETWORK PLANNING
1.1 PATH LOSS BASED APPROACH
1.2 SIMULATION BASED APPROACH
2 LINK BUDGET
2.1 UPLINK LINK BUDGET
2.2 DOWNLINK LINK BUDGET
3 LTE LINK BUDGET EXERCISE
4 LTE COVERAGE SCENARIOS
5 LTE COVERAGE IN NOISE LIMITED SCENARIO
5.1 DEFINATION OF AVERAGE SNR
5.2 REQUIRED SINR
5.2.1 Spectral Efficiency:-
5.3 INTERFERENCE
5.4 COVERAGE-BASED SITE COUNT
6 CAPACITY PLANNING
6.1 AVERAGE CELL THROUGHPUT CALCULATION
6.2 SENSITIVITY
7 LTE KEY PERFORMANCE INDICATORS FOR LTE RF DESIGN
7.1 Reference Signal Received Power (RSRP):-
7.2 Reference Signal Received Quality (RSRQ) :-
7.3 Overlapping Zones (Number of Servers):-
Design KPI for Overlapping Zones (Number of Servers):
7.4 DL Cell Aggregate Throughput
8 PEAK RATE CALCULATION IN LTE
9 CELL EDGE PERFORMANCE
9.1 Enhancing cell Edge Performance using ICIC
9.2 Cell-Edge SINR from Simulation, Trial and Real-Life Networks
9.3 Effects Caused by Mobility:-
9.4 Radio Link Failure and PDCCH Performance
9.5 Inter-Cell Interference Coordination (ICIC)
10 CELL EDGE THROUGHPUT
11 VOIP CAPACITY CALCULATION
12 REFERENCES