Cooperative diversity for intervehicular communication: Performance analysis and optimization

Keyphrases

• Performance Analysis 100%
• Performance Optimization 100%
• Cooperative Diversity 100%
• Communication Performance 100%
• Inter-vehicle Communication 100%
• Cooperative Schemes 66%
• Nakagami-m Fading 66%
• Mobile Station 33%
• Amplify-and-forward Relay 33%
• Rayleigh Fading Channel 33%
• Access Point 33%
• Channel Model 33%
• Spatial Diversity 33%
• Wireless Communication 33%
• Rooftop 33%
• Performance Gain 33%
• Diversity Analysis 33%
• Street-level 33%
• Roadside 33%
• Communication Scenarios 33%
• Allocation Problem 33%
• Power Allocation 33%
• Mobile Terminal 33%
• Optimum Power Allocation 33%
• Relay Location 33%
• Fading Process 33%
• Base Station Antenna 33%
• Stationary Base 33%
• Scatterer 33%
• Communications-based 33%

Computer Science

• Performance Optimization 100%
• Power Allocation 100%
• Performance Analysis 100%
• Spatial Diversity 50%
• rayleigh-fading channel 50%
• amplify-and-forward 50%
• Access Point 50%
• Performance Gain 50%
• Allocation Problem 50%
• Mobile Terminal 50%
• Independent Group 50%
• Wireless Communication 50%
• Mobile Station 50%

Engineering

• Performance Analysis 100%
• Cooperative Diversity 100%
• Cooperative 66%
• Channel Model 66%
• Power Allocation 66%
• Mobile Station 33%
• Wireless Communication 33%
• Rayleigh Fading Channel 33%
• Roadsides 33%
• Base Station Antenna 33%
• Spatial Diversity 33%
• Access Point 33%
• Mobile Terminal 33%
• Scattering 33%