Stochastic Networked Control Systems: Real World Stabilization And Next Gen Optimization Under Information Constraints For Smart Grids, Vehicle Networks, And Space Exploration

Stochastic Networked Control: Stabilization & Optimization
✔️ studies encoding, decision rules, and LQG models under constraints

This scholarly book provides a thorough treatment of networked control systems operating under information constraints, blending theory with practical design guidelines. It’s a valuable resource for researchers and engineers working on smart grids, vehicle networks, and space exploration.

✅ Author: Başar
✅ Edition: 2013
✅ Pages: 500
✅ Topics: decentralized control, stochastic control, information theory, and quantization
✅ Includes signaling concepts and dynamic encoding/control policy design
✅ Suitable as a graduate-level reference for researchers and engineers

💡 What is stochastic networked control and why does it matter in modern engineering?

It blends control theory with information constraints to manage uncertain communications in real networks.

- optimized stabilization under random delays and packet loss
- design of encoding and control policies for limited channels
- applicable to smart grids, vehicle networks, and space missions
- offers mathematical tools for evaluating stochastic stability and performance
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