This brief is devoted to protocol-based control method design for semi-Markov switching systems with dynamic quantization. Essential different from the process arbitrary switchings, by proposing a novel subjected deterministic signal, generalized framework of set up. With respect quantization range quantizer, an improved event-triggered protocol associated quantizer parameter proposed. On accou...

In this paper a two-phase supply modulator suitable for envelope tracking power amplifier is presented. The designed supply modulator has the linear assisted switching architecture. Two-phase architecture is used in order to reduce the output switching ripples. The proposed architecture uses hysteretic control instead of pulse width modulation (PWM) which significantly reduces the circuit compl...

Optical packet switching over arbitrary physical topologies typically mandates complex routing schemes and the use of buffers to resolve the likely contentions. However, the relatively immature nature of optical logic devices and the limitations with optical buffering provide significant incentive to reduce the routing complexity and avoid optical domain contentions. This paper examines how the...

Optical packet switching over arbitrary physical topologies typically mandates complex routing schemes and the use of buffers to resolve the likely contentions. However, the relatively immature nature of optical logic devices and the limitations with optical buffering provide significant incentive to reduce the routing complexity and avoid optical domain contentions. This paper examines how the...

The control of switched linear discrete-time systems occurs in multiple engineering fields, where it has been used to deal with complex and non-linear systems. This letter presents two strategies design laws for systems, whilst guaranteeing asymptotic stability the closed loop. Firstly, an arbitrary switching signal is considered. In this scenario a common quadratic Lyapunov function stability,...