Nowadays dynamic behavior performed by a computer network system can be modeled from the perspective of a control system. One strategy to be followed it is the real-time modeling of the magnetic levitation system. From this way of representation of a computer network system, next stage is how control approach can be affected and modified. In that respect, this paper proposes a control reconfigu...

-----------------------------------------------------ABSTRACT----------------------------------------------------This paper proposes an algorithm based on Particle Swarm Optimization (PSO) for optimal network reconfiguration of a distribution system in the presence of Distributed Generators (DGs) and Shunt Capacitor Banks to balance the feeder loads and to eliminate overloading conditions. The ...

Abstract Distributed power supply access to the system affects tidal distribution of network. The article establishes a mathematical optimization model with network loss minimization and load balance as objective function. In this paper, idea elite strategy is introduced into gravitational search algorithm combined Sigmoid function, an method reconfiguration based on improved proposed by improv...

In this study, active fault tolerant flight control technique with actuation reconfiguration is proposed. For this purpose two-stage Kalman filter (TSKF) is designed to identify the control distribution matrix elements corresponding to the faulty actuator, and a control reconfiguration action is taken to keep the performance of the impaired aircraft same as that of the unimpaired aircraft. Thus...

TRECS is a sophisticated, labor-saving tool designed to support payload reconfiguration and command procedure generation in the satellite payload operations factory testing and in-orbit test environments. TRECS enables payload and test engineers to visualize and modify complex satellite system configurations. When the desired reconfiguration is set, TRECS generates a valid spacecraft procedure ...

Current and upcoming avionics systems must be able to accommodate expected growing application software volume and capability. The software domain has struggled to meet increasing demands while retaining the necessary level of confidence in its appropriate operation. Meanwhile, although computing components are becoming less expensive, the fixed and operational costs of hardening them to their ...