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Cited by 36 publications
(16 citation statements)
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“…Due to these advantages, many research results on the adaptive triggered protocol have been reported in the literature. In paper, 22 the adaptive event‐triggered predictive control for finite‐time microgrid is investigated. A distributed adaptive controller for uncertain linear multiagent systems with directed topology, which does not require knowledge of Laplacian matrix eigenvalues is proposed in Reference 23.…”
Section: Introductionmentioning
confidence: 99%
“…Due to these advantages, many research results on the adaptive triggered protocol have been reported in the literature. In paper, 22 the adaptive event‐triggered predictive control for finite‐time microgrid is investigated. A distributed adaptive controller for uncertain linear multiagent systems with directed topology, which does not require knowledge of Laplacian matrix eigenvalues is proposed in Reference 23.…”
Section: Introductionmentioning
confidence: 99%
“…(2) Unlike the traditional ETC that predetermines a fixed threshold to reduce the data-releasing rate [29][30][31][32], this paper proposes a predictive event-triggered mechanism (PETM) by utilising a popular Luenberger observer. Moreover, different from the existing PETM that only handles communication delays and packet loss in the network environment [33], the proposed control scheme fully ensures the network security and network delay compensation. Under this PETM, considering a DoS attack, it has the following advantages: (a) save the bandwidth resources and reduce the communication burden; (b) reduce the computational complexity and improve the closed-loop system performance; (c) since the PETM calculates future input and output based on historical information, it can effectively compensate for the effect of network time delay and packet loss.…”
Section: Introductionmentioning
confidence: 99%
“…Different from existing work [28], our proposed controller is well designed for a multi‐area hybrid power system to defend against the negative impacts caused by the DoS attacks. (2) Unlike the traditional ETC that predetermines a fixed threshold to reduce the data‐releasing rate [29–32], this paper proposes a predictive event‐triggered mechanism (PETM) by utilising a popular Luenberger observer. Moreover, different from the existing PETM that only handles communication delays and packet loss in the network environment [33], the proposed control scheme fully ensures the network security and network delay compensation. Under this PETM, considering a DoS attack, it has the following advantages: (a) save the bandwidth resources and reduce the communication burden; (b) reduce the computational complexity and improve the closed‐loop system performance; (c) since the PETM calculates future input and output based on historical information, it can effectively compensate for the effect of network time delay and packet loss. (3) By equipping the hybrid power system with a TCP/IP communication network, observer‐based predictive LFC objectives can be finally achieved as long as it's stability satisfies a wide range of operating conditions.…”
Section: Introductionmentioning
confidence: 99%
“…Because the event-triggered method can not only effectively reduce the cost of computing, but also achieve the desired performance of the system, it has attracted more and more attention. Very recently, a variety of event-triggered method have been established, such as static event-triggered method, dynamic event-triggered method, distributed event-triggered method and so on [31,5,8,30,32,26,22,10,28]. In [31], Zhang et al were devoted to the problem of output tracking control for T-S fuzzy system via an event-triggered method.…”
mentioning
confidence: 99%