Ethical Artificial Intelligence In Power Electronics Bhatia Tarandeep Kaur Hajjami by Bhatia, Tarandeep Kaur & Hajjami, Salma El & Kaushik, Keshav & Diallo, Gayo & Ouaissa, Mariya & Khan, Inam Ullah instant download after payment.

Smart cities, IoT, Ad Hoc Networks, Intrusion Detection, Internet of things, Vehicular Ad Hoc Networks, Real-time, VANETs
Ethical Artificial Intelligence in Power Electronics focuses on the techniques of artificial intelligence that are used in the power electronics field, with particular emphasis on the optimization of lost vehicle power and the vehicular ad-hoc networks (VANETs) environment. Power energy is considered the most basic requirement for the development of today's life. This book examines how the most efficient methods, algorithms, and strategies of Ethical Artificial Intelligence may be applied with the aim of optimizing the powerful energy of vehicles and to produce reliable energy. The book gives a practical introduction to the difficulties of power energy faced by vehicles in the extremely congested VANETs conditions and shares approaches to resolve these issues by optimizing the energy performance in the vehicles by the new Ethical-AI methods. The book covers current power energy concerns faced by vehicles and contributes a novel strategy to overcome these concerns. The employment of Ethical-AI strategy in vehicular power energy will undoubtedly improve the effectiveness and production of vehicles.
This book focuses on the techniques of artificial intelligence that are mainly used in the power electronics field for the optimization of lost vehicle power. With the intention of optimizing the powerful energy of the vehicles and producing reliable energy, the most efficient methods, algorithms, and strategies of ethical artificial intelligence (AI) are being applied. By employing machine learning methods, the optimization of power energy in vehicles can be quickly recovered and managed efficiently. In today’s bustling world, power energy is indispensable for progress, yet in congested Vehicular Ad-hoc Networks (VANETs), vehicles often face power depletion and decreased efficiency. This book explores these challenges, encompassing not only power but also