An approximation for reconfigurable Fuzzy Takagi-Sugeno networked control

Nowadays, dynamic behavior performed by a computer network system shows the possibility of being addressed from the perspective of a control system. We will discuss the use of Fuzzy Takagi-Sugeno real-time digital control with hardware-inthe-loop (HIL) magnetic levitator (maglev) using the xPC Target toolbox of MATLAB. Here the xPC Target is used as an operating environment for real-time processing and to connect a computer network system. In that respect, we propose a control strategy from the definition of a Takagi-Sugeno approach, considering computer network reconfiguration. The focus is on computer networks and how control techniques are modified using Fuzzy Takagi-Sugeno control. Control reconfiguration is presented as an available approach for fault coverage in order to keep system performance. Reconfiguration is pursued as a response of time delay modification rather than fault appearance, although this is the basis for control reconfiguration. The focus is on reconfigurable control law due to the presence of local faults and its resulting time delays.