The development of sensor devices is one of the most important factors in the modern advancement of the physical sciences, technology, laboratory research, industrial development, and everyday human life. The evolution of materials and the development of new forms of sensor devices determine the future of new research and applications, as the concept of measurement is the basis of real-time systems for data collection, recording, processing, and control. In the context of all the above, this book covers topics on sensors and measurement methods in various fields and applications such as motion, displacement, level, temperature, pressure, flow, velocity, acceleration, force, torque, magnetic fields, weak and high currents, touch, optical dimensions, acoustic dimensions, ionizing radiation, chemical dimensions, biomedical dimensions, plant electrophysiology, environmental dimensions, various physical and technical dimensions, smart and wireless ZigBEE sensor devices, etc. Furthermore, the book covers topics on the development of integrated measurement and control systems, delving into each level. Due to the dynamic evolution of software packages for data processing, analysis, and visualization, which has led to significant development and dissemination of "virtual instrumentation," the reader is provided with all the knowledge background for the development of measurement and control systems and applications through the software packages LAbVlEW, MultiSIM, as well as their modeling through the SIMULINK software (MATLAB).

Finally, the book covers a multitude of solved exercises and laboratory applications so that the student can fully cover the field of sensors and measurement devices both theoretically and practically.