In the realm of electric machines, there has been an increasing interest in multiphase
(greater than three-phase) and hybrid excited machines. The benefits of multiphase …

Advances in technology have enabled the use of sensors with varied modalities to monitor
different parts of systems, each providing diverse levels of information about the underlying …

Quadrotor unmanned aerial vehicles (QUAVs) are widely recognized for their versatility and
advantages across diverse applications. However, their inherent instability and …

In this paper, a global fast terminal sliding mode control (GFTSMC) with radial basis function
neural network (RBFNN) is proposed for fully controlled doubly fed induction generator (FC …

This study aims to propose an adaptive fuzzy sliding mode control (AFSMC) method to
address the critical issue of enhancing the power extraction of a large-scale permanent …

Recent biomedical engineering developments have empowered prosthetic devices to
evolve from purely mechanical devices to more sophisticated controlled devices, allowing …

Thrust is a critical yet unmeasurable performance parameter of gas turbine engines during
flight. Existing thrust estimation methods lack fault tolerance to single-sensor drift failures …

This paper proposes a new contribution in the field of optimizing control techniques for wind
systems to enhance the quality of the energy produced in the grid. Although the Sliding …

In industrial and real‐world systems, recognising errors and adopting the best approaches
are gaining relevance. The authors' goal is to identify artificial intelligence apps that provide …

This paper proposes a fault location and protection method for power distribution system
with Distributed generation (DG) resources, considering fault impedance. A multi-layer …