Titlebook: Internet of Things Enabled Antennas for Biomedical Devices and Systems; Impact, Challenges a Praveen K. Malik,Prasad N. Shastry Book 2023 T

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Microstrip Antenna for Internet of Things (IOT) Applications,ew things. The primary objective is to provide intelligent and effective services without user disruption. The Internet of Things paradigm aims to build a complex information system by fusing, among other technologies, big data, clouds, machine learning, artificial intelligence, effective data inter

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,Design of a Low Profile Dielectric Resonator Antenna Beyond 6 GHz for Next Generation Bio-medical SInternet of Things with 5G communication technology is the root of the exponential expansion of modern digital high-speed technologies. IoT is disruptive and alters the way of fundamental communication between an implanted bio-sensor and its ever-changing dynamic bio-medical environment. Ultra-narro

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Implantable Dual Band Low-Profile Meandered Patch Antenna for Adhesive Skin Mimicking and Skin Contkin mimicking. The often-used frequency for biomedical applications for Medical Implant Communication Service (MICS) is 401–406 MHz and the Industrial, Scientific, and Medical (ISM) band of 2.4–2.48 GHz which is covered in this chapter. This antenna covers the frequency range of 405 MHz with a Refle

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THz Microstrip Patch Antenna for Wearable Applications,m of THz wearable antenna is presented for wearable applications. Due to the shortage of spectrum accessible for wireless communication, this chapter was written with the intention of recognizing the needs and expectations of high data rates. As a result, the time has come to seriously consider the

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ANN Modeling and Performance Comparison of X-Band Antenna,tion techniques which gives adaptability and self-learning capability to the antenna system. A technique of antenna parameter adaptation under different conditions has been carried out in this work. The present technology of machine learning and neural network computations give good support to vario

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Design and Analysis of Wideband Polarization Independent Absorber for L and S Band,istors and 10*10 unit cells printed on an FR4 substrate with an ample airgap of 1 cm. The simulated structure consists of an ultra-wide bandwidth of 2.24 GHz with a fractional bandwidth of 95.8% occupied at above 90% absorptivity. The novelty of this structure is that it consists of wide bandwidth i

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An Efficient Non-invasive Blood Glucose Measurement Using Microwave Antennas,e diagnosis of biological data through microwave techniques has become the recent study pursued by researchers to help the medical industry, of which non-invasive glucose measurement has developed into a distinct class of diagnosis. In this work effort is made to use the microstrip antenna for non-i

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