This book focusses on the evolutions of RFID that will determine the success of this technology over the next decade: identification and sensing, identification and localization, IoT, digital-twins and of course smart industry.

This text provides the most important algorithms that are used in modern antenna range measurements, they are presented using a clear and consistent style. This text is unique since it contains actual implementations of algorithms that are reliable in practice, and that can be used with confidence by the reader.

As pressure on spectrum to accommodate more communications systems (and radar systems) increases, the need for understanding the importance of radar and how to avoid interference becomes more important. This book fills the need for an advanced guide on radar interference and how to avoid it.

An advanced 3 volume introduction to tactical guided missiles covering propulsion, aerodynamics, guidance and control, and warheads. The books bridge the gap between the well-established theories of combustion, fluid mechanics, explosive materials, and modelling and control in the context of guided missile design.

An advanced 3 volume introduction to tactical guided missiles covering propulsion, aerodynamics, guidance and control, and warheads. The books bridge the gap between the well-established theories of combustion, fluid mechanics, explosive materials, and modelling and control in the context of guided missile design.

An advanced 3 volume introduction to tactical guided missiles covering propulsion, aerodynamics, guidance and control, and warheads. The books bridge the gap between the well-established theories of combustion, fluid mechanics, explosive materials, and modelling and control in the context of guided missile design.

A comprehensive guide to the principles, technologies, and challenges of GNSS based navigation in autonomous systems. The book covers the foundational theories, cutting-edge advances, and practical applications of navigation in robotics, self-driving vehicles, drones, and other autonomous systems.

Computational electromagnetics models the interaction of electromagnetic fields with physical objects and their environment. This book seeks to construct a model, typically based on solutions to Maxwell's equations, and then use optimization to minimise the discrepancy between modelled and observed data.