Healthcare, one of the most important industries, is data-oriented, but research in this industry focuses on incorporating internet things (IoT) or connecting medical equipment. Very few researchers are looking at data generated healthcare industry. Data very tools competitive world, as they can be integrated with artificial intelligence (AI) to promote sustainability. Healthcare include health records patients, drug-related data, clinical trials from various equipment, etc. Most management...

Abstract A compact multiple input output (MIMO) antenna operating at 2.45 GHz industrial scientific and medical band is presented for wearable devices. Open-end slotting used to miniaturize the dimensions. Inverted U-shaped ground stub incorporated reduce mutual coupling. On-body performance analyzed on a three-layered equivalent tissue phantom model. The wide bandwidth of 300 MHz port isolation 30 dB are obtained from measured results. shows efficiency 40% directivity 4.56 dBi when placed...

Abstract An inscribed hexagonal fractal slotted patch antenna with some additional geometry and slots is proposed for the optimization in this paper. This research work concerned of help curve-fitting method conjunction modified version Lightning Attachment Procedure Optimization (MLAPO) technique. The data required technique have been obtained by varying parameters antenna. Different equations are developed to know relations between these MLAPO applied thereafter calculate different...

This paper presents a novel geometry of inscribed hexagonal slotted microstrip antenna for dual-band performance where the fractal iteration has been made by introducing concentric slots in patch geometry. Using equivalence principle and cavity model, basic is analyzed, resonant frequencies different modes are computed. Higher-order used to obtain dual band. Good terms reflection coefficient proved with help parametric analysis. The simulated using electromagnetic simulation software based...

The paper proposes a wearable multiband antenna applicable for ISM (Industrial, Scientific and Medical) band, bluetooth, WiMAX, upper WLAN, fifth-generation (5G) smartphone applications, INSAT radio altimeter, X-band, point-to-point hi-speed wireless, satellite TV, C-band applications. This is designed to function at resonance frequencies of 2.45 GHz, 4.6 6.6 GHz 8.2 GHz. proposed textile design dimensions are 50x80x0.56mm3.The presented 47% impedance bandwidth covering the band. simulated...

Bio-telemetry is an advanced area of research that enables the transmission biomedical parameters from human body to external monitoring device. Wearable antennas showing robust performance are attaining attention for RF bio-telemetry. A square ring-shaped ground antenna with a truncated patch investigated dual mode, on-body and off-body communication. The proposed structure analysed optimised on multi-layered flat tissue phantom. Proposed design resonates at 2.6 GHz |S11| −22 dB 5.2 −35...

Abstract Protection of farmer’s welfare, improving their standard living and maintaining the connect between urban rural population are important for sustainable development. Agriculture 4.0 based on Industry evolved to produce crops in different manner by applying new technologies, adopt emerging technologies bring efficiency food web, incorporate cross industry applications. Agri Food is a survey industrial farming using advancements Blockchain, Artificial Intelligence, IOT, Big Data. The...

This paper presents design and analysis of a novel beam for electrostatically actuated Radio Frequency Micro Electro Mechanical Systems (RF MEMS) shunt switches.In the proposed design, geometrical variations in terms structure shape, material, gap, introduction holes changing length width anchor have led to good RF performance.The (maximum up 60% total area upper electrode) not only make smooth mechanical movement but also result low spring constant.The designed RF-MEMS switches are...

Machine Learning has evolved with a variety of algorithms to enable state-of-the-art computer vision applications. In particular the need for automating process real-time food item identification, there is huge surge research so as make smarter refrigerators. According survey by Food and Agriculture Organization United Nations (FAO), it been found that 1.3 billion tons wasted consumers around world due either spoilage or expiry large amount from homes restaurants itself. Smart refrigerators...

For many years, energy harvesting wireless sensor networks (EH-WSNs) development and implementation have been an important emerging concept in developing technology, considering various EH techniques. This paper includes investigation of EH-WSN schemes discussion on parameters like latency, network size, density, distance, throughput, lifetime, power consumption, efficiency related to different schemes. The proposed model demonstrates using represents a comparison terms nodes consumption....

ABSTRACTABSTRACT Wireless biotelemetry enables the formation of communication link from living body to an external monitoring device. Isolation near field electromagnetic (EM) waves tissue, and wide bandwidth avoid frequency detuning in different biological environments are important parameters on-body antennas. In this paper, a conformal defected ground patch antenna with artificial magnetic conductor (AMC) is introduced for communication. Initially, quarter wave band shorting pin designed...

This paper gives the construction and parametric analysis of low loss RF MEMS switch at milli-meter microwave frequencies up to 10GHz which support reconfigurable telecommunication devices. The used here exhibit excellent characteristics in terms power current consumption with typical pull-in voltages lies between 22.812 23.125V switching speed micro-second are measured is well suited for microstrip antenna. also result insertion range (0.27 0.17dB DC - 3.0GHz 0.16 0.06dB 3-10GHz) on...

In this paper, a compact, dual-band, patch antenna structure for body-centric relay node communication is presented. The designed to operate at Industrial, Scientific and Medical (ISM) bands 2.45 GHz receiving data from intra-body sensor nodes 5.0 transmitting signal external monitoring device. by using coplanar waveguide feed etching two open-end slots on radiating patch. Overall dimensions are 15 mm × 28 1.57 mm. Effective dielectric constant the multiple layers, due its heterogeneous...

Ageneric decentralized lean business model canvas was developed using theprinciples of process management and six sigma forblockchain-based systems presented in this study. Based on the literaturereview, it found that are some themost widely used tools. Business Model Canvas can be forselling a specific product for solving problem.Based Canvas, Decentralized fordecentralized space which key parameters such as Problemdefinition, Key resources, activities, learning were missing. As theLearn...

A neural network based feed-forward back-propagation multi layered-perceptron algorithm is presented for the validation of changing width upper beam, dielectric and anchor arm length RF switch designed specifically reconfigurable antenna. These physical dimensions are varied design structure optimizing low power consumption to achieve acceptable level isolation insertion loss. The takes these new data samples during training from finite element method (FEM) simulation tool Ansoft-HFSS....