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The main objective of this book is the introduction of recent innovations and current trends of photonics and electronics along with advanced device applications. Photonics and electronics together are shaping up to be the two main pillars of innovation for sustainable development and technological advances. The emphasis in this book will be on presenting recent application-based research in the mentioned fields rather than purely theoretical ideas. The readers will gain insights on recent innovations across many fields of photonics on one hand: laser science and nonlinear optics, photonic materials, nanophotonics, solar photovoltaics, optoelectronics, green photonics, and fiber optics and a diverse set of topics in electronics on the other: Semiconductor Electronics, Electronic Materials, Microelectronics, AI/ML, Internet of Things etc.
Electronics and Photonics have been recognized as the pivotal technologies that greatly influence our daily lives. In the modern day context, electronics and photonics have together shaped up to be the two interdependent pillars of smart and sustainable technological advancement. This book will be a unique platform presenting and discussing many recent developments in the fields of photonics and electronics but with a strong focus on enabling technological advancement through sustainable development.
The book is divided into two parts. The first part focuses on the recent and cutting-edge research powered by photonics. Within photonics, green photonics is tremendously attractive for research as it aims to create photonics technologies capable of generating renewable energy, reducing pollution, and conserving energy. On this theme, the readers will gain insights into dynamic solar arrays for harnessing adaptive energy solutions. Low-cost counter electrodes for increased efficiency of dye-sensitized solar cells have been studied.
The second part of the book will focus on the recent and cutting-edge research in electronics. A diverse set of topics has been discussed in the context of recent advances. Big Data, Machine Learning (ML), and Artificial Intelligence (AI) applications are revolutionizing the models, methods, and practices of electronics. The readers will gain insights on developing autonomous mobile bots using machine learning algorithms. Many practical innovations incorporating high-quality research in line with the theme of enabling smart and sustainable technological advances have been investigated and proposed.
Photonics: Advances and Emerging Applications
Carbon-Based Counter Electrode: A Low-Cost Counter Electrode for Better Performance of Dye-Sensitized Solar Cells.
Development of an Effcient Biosensitized Solar Cell Using Bacteriorhodopsin Producing Haloarchaeon Halobacterium Noricense.
Effect of Defect Concentration on Photovoltaic Cell and Module Performance.
Effect of Sn Doping on ZnO Thin Film-Based Planar Schottky Diode for Optoelectronic Application.
Synthesis of SnS Nanoparticles Using Hydrothermal Method: Structural and Optical Characterization.
Principle Component Analysis of Speckle Interferograms of Thermally Deformed Objects.
Using Speckle Contrast as a Tool to Track Static and Dynamic Modifcations of the Surface.
Standard and Non-standard Optical Logic Gates Using Double Slit Diffraction Pattern.
Thermal Rectifer Nature of InGaN/GaN Heterostructure.
Design and Implementation of Solar-Powered Grass Cutter: A Prototype.
Electronics: Advances and Emerging Applications
Beyond Barriers: Comparative Insights into Machine Learning Algorithms for Autonomous Mobile Bots in Indoor Environments. Kumari
Variable-Bandwidth Noise Filtering Mechanism for the Hearing Aid System.
Performance Comparison of Shape Fitting and Moments-Based Techniques for Detection of Convective Cloud Location.
Vehicle Location Tracing System—An Intelligent Approach for Enhanced Navigation.
An Effcient Approach for No Reference Image Quality Assessment (NR-IQA) Index Using Autoencoder-Based Regression Model (ARM)..
Enabling Remote Healthcare: A Smart IoT-Based Health Monitoring System Integrating ESP32 and MAX30100 Pulse Oximeter.
Ensuring IoT Security in 5G Era: Examining Protocols, Architectures, and Security Measures.
ARM-PSA Embedded Hardware Threat Model for Onboard Controller of Cubesatellite