Stability of the networked control systems with network-induced delays and packet losses is investigated by considering a packet loss as a special kind of delay.

The handoff model in the case of overlap is described,and the various cases of packet loss and packet disorder are studied in detail.

Multiple description coding (MDC) is a new approach to alleviate the problem of packet loss in image communication over erasure channels, such as Internet and wireless networks.

A networked linear quadratic Gauss (LQG) optimal control algorithm based on optimal predictive state estimation was proposed for networked control systems with network-induced time delay and packet loss.

Modeling and control of generalized network control system with time-delay and data packet dropout;

Stability of networked control systems with data packet dropout and multiple-packet transmission;

Aiming at the networked control systems with possibly stochastic network-induced delay and data packet dropout,the stability of networked control systems is studied.

Guaranteed cost control of networked control systems with data-packet dropout;

Due to the bandwidth constraint and the unreliable transmission of network,data-packet dropout exists inevitably in networked control system.

Due to the bandwidth constraint and the unreliable transmission of network,the time-delay and data-packet dropout exist inevitably inthe networked control system.

Research on auto-adaptive compensation for NCS packet dropout;

With the presence of time-delay and packet dropout effects,the problem of observer-based fault detection for a class of networked control systems(NCS) is addressed.

For the network-induced delay and packet dropout in network control system(NCS),a combination of compensation and estimation methods in the controller unit to improve the performance of control system was proposed.