Power allocation for space-terrestrial heterogeneous networks with a multibeam satellite and ground relays

Keyphrases

• Power Allocation 100%
• Heterogeneous Networks 100%
• Multi-beam Satellite 100%
• Relay Station 66%
• Ground Station 66%
• Multi-beam Interference 66%
• Terrestrial Resources 66%
• Analytical Solution 33%
• Power Consumption 33%
• Overall System 33%
• Channel Condition 33%
• User Terminal 33%
• Path Diversity 33%
• System Throughput 33%
• Quality of Service Guarantee 33%
• Resource Management 33%
• User Location 33%
• Power Allocation Strategy 33%
• Interference Management 33%
• Beamforming 33%
• Path Selection 33%
• Power Usage 33%
• Cross-layer Approach 33%
• Coverage Area 33%
• Geographical Distribution 33%
• Large number of Users 33%
• Penalty Cost 33%
• User Scheduling 33%
• Phased Array Antenna 33%
• Optimum Power Allocation 33%
• Satellite Ground Stations 33%
• Onboard Resources 33%
• Relay Location 33%
• Cross-layer Solution 33%
• Joint Consideration 33%
• Resource Satellite 33%

Engineering

• Power Allocation 100%
• Heterogeneous Network 100%
• Spotbeam 66%
• Simulation Result 33%
• Electric Power Utilization 33%
• Joints (Structural Components) 33%
• Quality of Service 33%
• Channel Condition 33%
• End-Users 33%
• Interference Management 33%
• Layer Solution 33%
• Service Requirement 33%
• Area Coverage 33%
• Layer Approach 33%
• Phased-Array Antenna 33%
• Power Allocation Scheme 33%
• Beamforming 33%

Computer Science

• Power Allocation 100%
• Heterogeneous Network 100%
• Quality of Service 33%
• Power Consumption 33%
• Forward Packet 33%
• Channel Condition 33%
• Path Selection 33%
• Interference Management 33%
• Service Requirement 33%
• Layer Approach 33%
• Coverage Area 33%
• array antenna 33%