Mean square stability conditions for platoons with lossy inter-vehicle communication channels

Keyphrases

• Bernoulli Process 33%
• Communication Channels 100%
• Compensation Strategy 66%
• Constant Time Headway 33%
• Controller Design 33%
• Data Loss 33%
• Discrete-time 33%
• Inter-vehicle Communication 100%
• Lossy 100%
• Lossy Channel 33%
• Numerical Simulation 33%
• Platoon System 33%
• Random Loss 33%
• Space Policy 33%
• Stability Condition 100%
• Stochastic Settings 33%
• String Stability 33%
• Successful Transmission Probability 33%
• Tracking Error 33%
• Vehicular Platoon 33%

INIS

• computerized simulation 25%
• convergence 25%
• data 50%
• design 25%
• errors 25%
• losses 50%
• policy 25%
• probability 25%
• randomness 25%
• space 25%
• stability 100%
• stochastic processes 25%
• topology 25%
• transmission 25%
• vehicles 100%

Mathematics

• Bernoulli Process 33%
• Computer Simulation 33%
• Constant Time 33%
• Controller Design 33%
• Discrete Time 33%
• Mean Square 100%
• Necessary and Sufficient Condition 33%
• Necessary Condition 33%
• Probability 33%
• Stochastics 33%
• Topology 33%
• Variance 33%