Try-once-discard scheduling for stochastic networked control systems

Keyphrases

• Communication Media 100%
• Stochastic Networked Control System 100%
• Networked Control Systems 66%
• Multiple Control 66%
• Capacity Constraints 66%
• Communication Channels 66%
• Performance Bounds 66%
• Event-based Scheduling 66%
• Shared Communications 66%
• Control Loop 33%
• Numerical Simulation 33%
• Sensor Networks 33%
• Cooperative Robotics 33%
• Resource-constrained 33%
• Stability Properties 33%
• Control Applications 33%
• System Parameters 33%
• Stability Condition 33%
• Data Packet 33%
• Analytic Performance 33%
• Time-triggered 33%
• Scheduling Scheme 33%
• Efficient Scheduling 33%
• Cooperative Sensors 33%
• Communication Infrastructure 33%
• Smart Grid 33%
• Networked Systems 33%
• Scheduling Mechanism 33%
• Quadratic Cost Function 33%
• Arbitration Mechanism 33%
• Scheduling Protocol 33%
• Scheduling Rules 33%
• Scheduling Design 33%
• Limited Communication 33%
• Parameter Control 33%
• Zero Probability 33%
• Stochastic Stability 33%
• Channel Access 33%
• Stochastic Control System 33%
• Robotic Networks 33%
• Homogeneous Markov Chain 33%
• Smart Scheduling 33%
• Packet Delivery 33%
• Efficient Coordination 33%
• Random Channel Access 33%
• Delivery Failure 33%

Computer Science

• Networked Control System 100%
• Performance Bound 66%
• Channel Access 66%
• Sensor Networks 33%
• Control Application 33%
• Stochastic Control 33%
• Scheduling Scheme 33%
• Scheduling Mechanism 33%
• Uniform Random 33%
• Parameter Control 33%
• Robotic Network 33%
• packet delivery 33%
• Numerical Simulation 33%
• System Parameter 33%
• Stability Condition 33%
• Nonzero Probability 33%
• Markov Chain 33%
• Smart Grid 33%