By Maria de Fátima F. Domingues, Ayman Radwan
This short offers a evaluation of the evolution of optical fiber sensing options and similar purposes. distinctive creation equipment are offered and mentioned, highlighting their evolution and examining their complexity. below this scope, this short offers the present silica optical fiber sensors and polymer optical fiber sensors options, evaluating its box of motion (sensitivity, accuracy), complexity of manufacture and monetary cost.
Special recognition is given to inexpensive construction equipment. This short evaluates the several present ideas, assessing the accuracy and suitability of those sensors for attainable net of items (IoT) integration in several thought of situations.
Critical analytical concepts, additionally coated during this short, are anticipated to play a key position on the planet of IoT and the shrewdpermanent urban of tomorrow.
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This short offers a evaluate of the evolution of optical fiber sensing strategies and comparable functions. exact construction tools are provided and mentioned, highlighting their evolution and interpreting their complexity. below this scope, this short provides the present silica optical fiber sensors and polymer optical fiber sensors strategies, evaluating its box of motion (sensitivity, accuracy), complexity of manufacture and financial fee.
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Additional info for Optical Fiber Sensors for loT and Smart Devices
In order to enhance the sensitivity of a non-resonance IOF, the implementation of resonators in the sensing arm is highly advised . 2 Typical Sensing Applications Different sensing configurations (from point, quasi-distributed or distributed sensing) are chosen based on the location of the required measurement. Point sensors are used when monitoring a physical parameter at a certain position, while distributed fiber sensors are the choice, when continuously measuring a sensed parameter along the length of the fiber.
The chapter discusses the production methods of the five different types of sensors (previously introduced in Chap. 1), namely Intensity sensors, Phase Interferometer sensors, Wavelength sensors, Polarization sensors, and Distributed Optical Fiber sensors. Each type of sensors will be described in a separate section, with subsection describing the production methods and another subsection listing the most typical application of such type of sensors. The sections will further address the complexity of the production process, analyzing and comparing the sensitivity and accuracy of different types of manufactured sensors.
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Optical Fiber Sensors for loT and Smart Devices by Maria de Fátima F. Domingues, Ayman Radwan