Event‐triggered stabilisation for continuous‐time switched non‐linear systems under switching constraints

Fuzzy adaptive two‐bits‐triggered control for nonlinear uncertain system with input saturation and output constraint

“…Without sufficient transmission resources, it is difficult to address the constraint problems to guarantee the system performance. To economize system transmission resources, a large amount of achievements had emerged about the event‐triggered control, such as static threshold strategy, dynamic threshold strategy, and switching threshold strategy . In Reference , an improved static event‐triggered control was proposed to reduce unnecessary signal transmissions.…”

“…Combined with static threshold strategy and dynamic threshold strategy, a novel switching threshold strategy was designed in Reference . In Reference , the authors research event‐triggered stabilization issue for continuous‐time switched systems, where switching instants and transitions are under given constraints. These methods can effectively economize the system transmission resources.…”

“…And the hyperbolic tangent function and BLF are combined with the designed auxiliary system to solve the above constraint issues. Its application in practical engineering is more widespread. The effect of most traditional event‐triggered strategy often depends on the design of the triggering condition, with less attention on the transmission bits issue of the control signal when triggering, see References and . In this work, the above two factors are both taken into account.…”

“…Its application in practical engineering is more widespread. (2) The effect of most traditional event-triggered strategy often depends on the design of the triggering condition, with less attention on the transmission bits issue of the control signal when triggering, see References 14,[18][19][20][21][22][23][24][25]. In this work, the above two factors are both taken into account.…”

“…To economize system transmission resources, a large amount of achievements had emerged about the event-triggered control, such as static threshold strategy, [15][16][17] dynamic threshold strategy, 14,18,19 and switching threshold strategy. [20][21][22][23][24][25] In Reference 18, an improved static event-triggered control was proposed to reduce unnecessary signal transmissions. In Reference 14, in order to save the communication resources of nonlinear uncertain stochastic systems with unknown hysteresis, dynamic event-triggered strategy was applied.…”