Distributed Filtering for Switched Linear Systems with Sensor Networks in Presence of Packet Dropouts and Quantization

Keyphrases

• Packet Dropout 100%
• Distributed Filtering 100%
• Sensor Networks 100%
• Switched Linear Systems 100%
• Switching Signal 50%
• Miss Rate 50%
• Switching Rule 50%
• Filtering Performance 50%
• System Dynamics 25%
• Filtering Error 25%
• Simulation Study 25%
• Noise Effects 25%
• Lyapunov Theory 25%
• Network Connectivity 25%
• H Filtering 25%
• Filter Gain 25%
• Filter Design 25%
• Error Dynamics 25%
• Discrete-time Switched Linear Systems 25%
• Rate Performance 25%
• Quantitative Relationship 25%
• Real-time Switch 25%
• Boost Converter 25%
• Convex Optimization Problem 25%
• Filtering System 25%
• Dynamic Connectivity 25%
• Gain Design 25%
• Pulse Width Modulation 25%
• Filtering Problem 25%
• Quantization Effects 25%
• System Networks 25%
• Noise Covariance 25%
• Number of Switches 25%

Engineering

• Sensor Network 100%
• Switching Rule 100%
• Switched Linear System 100%
• Systems Dynamics 50%
• Discrete Time 50%
• Filter Design 50%
• Error Dynamic 50%
• Switching Time 50%
• Convex Optimization Problem 50%
• Pulse Width Modulation 50%
• Network Connectivity 50%
• Boost Converter 50%
• Sufficient Condition 50%
• Lyapunov Stability Theory 50%

Computer Science

• Packet Dropouts 100%
• Distributed Filtering 100%
• Linear Systems 100%
• Sensor Network 100%
• discrete-time 25%
• Lyapunov Stability Theory 25%
• Pulse-Width Modulation 25%
• Optimization Problem 25%
• Convex Optimization 25%
• Filtering System 25%
• System Dynamics 25%
• Sufficient Condition 25%
• Network Connectivity 25%
• Simulation Study 25%