Secure- and Privacy-Preserving Policies for Distributed Cooperative Control of Multiple Vehicle Systems

Keyphrases

• Multi-vehicle Systems 100%
• Distributed Cooperative Control 100%
• Privacy-preserving Policy 100%
• Explicit Values 100%
• Value Exchange 75%
• Ground Station 50%
• Formation Change 50%
• Relative Position 25%
• Geospatial Applications 25%
• Security Threats 25%
• System Parameters 25%
• Invalid 25%
• Security Issues 25%
• Data Privacy 25%
• Encryption Scheme 25%
• Policy Needs 25%
• Model Predictive Control 25%
• Formation Control 25%
• Computational Capability 25%
• Multiple Vehicles 25%
• New Formations 25%
• Vehicle Information 25%
• Vehicle Policy 25%
• Physical Signals 25%
• Communication Security 25%
• Distributed Formation Control 25%
• Consensus Algorithm 25%
• Large-scale Environment 25%
• Privacy Policy 25%
• Secure Encryption 25%
• Limited Communication Range 25%

Engineering

• Cutting Edge 100%
• Relative Position 100%
• System Parameter 100%
• Predictive Control Model 100%
• Confidential Information 100%
• Data Privacy 100%
• Communication Range 100%
• Cooperative Control 100%

Computer Science

• Formation Control 100%
• Privacy Preserving 100%
• Predictive Model 50%
• Data Privacy 50%
• Encryption Scheme 50%
• System Parameter 50%
• Communication Range 50%
• Privacy Policies 50%
• Relative Position 50%
• Communication Security 50%
• Vehicle Agent 50%
• Security Problem 50%
• Confidential Information 50%
• Consensus Algorithm 50%