Advances in Numerical Analysis Emphasizing Interval Data
This book provides the basic theoretical foundations of numerical methods, discusses key technique classes, explains improvements and improvements, and provides insights into recent developments and challenges. The theoretical parts of numerical methods, including the concept of interval approximation theory, are explained in detail.
Principles and Techniques of Electromagnetic Compatibility
The book provides a sound grasp of the fundamental concepts, applications, and practice of EMC. Maintaining the holistic approach of the previous edition, this Third Edition updates coverage of EMC to reflect recent important developments.
Fundamentals of Signal Processing in Generalized Metric Spaces
Exploring the interrelations between generalized metric spaces, lattice-ordered groups, and order statistics, the book contains a new algebraic approach to Signal Processing Theory. It describes mathematical concepts and results important in the development, analysis, and optimization of signal processing algorithms.
Suppression of Ionospheric Clutter for HFSWR Based on Neural Network
High frequency surface wave radar as a modern ocean detection and monitoring of remote sensing in the field of one of the main new technologies, vertical polarization antenna radiation electromagnetic waves, the use of high frequency band (3 30MHz) electromagnetic waves to achieve the conductive sea level bypass propagation, propagation attenuation is small and fast, can be achieved in all-weather time to achieve ultra-long-distance sea wide-area detection. In practical engineering applications of radar, there are a variety of clutter interference, and ionospheric clutter often seriously affects the detection performance of radar, so this thesis will start from the characteristics of ionospheric clutter of high-frequency surface wave radar, combined with neural networks, establish a model of ionospheric clutter, so as to achieve the suppression of ionospheric clutter.
Cooling the Earth
In the midst of sweltering summers and rising global temperatures, air conditioning has become an indispensable part of modern life. It promises relief from heat, enhances productivity in workplaces, and ensures comfort in our homes. Yet, behind this technological marvel lie complex issues that demand our attention.As we seek to cool our environments, we must confront the profound environmental, economic, and health implications of our reliance on air conditioning. This book delves into both the applications and the often-overlooked harms of air conditioner usage, aiming to provide a balanced exploration of its impact on our world.Through detailed examination, we uncover how air conditioning influences energy consumption patterns, exacerbates urban heat islands, and contributes to greenhouse gas emissions. We scrutinize its effects on indoor air quality, respiratory health, and even psychological well-being. Moreover, we explore the economic costs, infrastructure challenges, and disparities in global access to cooling technologies.
Self-Powered Photodetectors
The objective of this book is to demonstrate the incorporation of the pyro-phototronic effect to improve the performance metrics of a self-powered photodetector without compromising the selectivity. Pyroelectric materials like ZnO QDs and CdSe QDs are used for the fabrication of spectrum-selective self-powered photodetectors. The integration of CdSe QDs with organic material such as PQT-12, has also been explored. This combination is further inclined towards low-temperature processing and can be utilized in flexible electronics. An equivalent circuit has also been proposed for pyro-phototronic effect-enhanced self-powered photodetectors.
Digital holography
The textbook "Digital holography. Holographic coding" is intended for training of bachelors and masters in the group of directions and specialties 110000 "Electronics, radio engineering and communication systems". The transfer of the principles of holographic image processing to the coding of arbitrary digital data is described. Holographic methods of noise-immune coding, allowing to correct multiple errors, are considered. High noise immunity of holographic method of information processing allows to increase the range, speed and reliability of information transmission via optical communication lines and radio channels, to increase the reliability of information storage and accuracy of GLONASS system positioning. The principles of using optical methods of information transmission in the radio channel are outlined.
Improving electro-technology workshop facility
The purpose of this study was to improve electro-technology workshop arrangement and facilities for optimal performance of technical training so as to create a conducive environment for teaching learning process. To achieve the purpose of the study, descriptive survey research design was employed. In the study, the data is collected from 9 trainers and 61 selected Hawassa Tegbaread polytechnic college. The study provides the way to strengthen Electrical/Electronic trainees and trainer by acquiring the available workshop arrangement to electro-technology department. The study also revealed that 2(3.303%) respondents were says Yes and 64 (96.97%) says No in the questionnaire. This implies that digitalization of electro-technology workshop is necessary to provide electrical/electronic software training. Since there is well organized experimental motor controller board, the skill gap of trainer overcame and electrical computer work shop is ready to do the experiment after implementation the performance of trainees increased. The rate of failure in COC examination conducted in 2024 is minimized. About 85% of trainees pass in instrumentation and control servicing.
Basics of Synchromesh Motors
The book "Basics of Synchromesh Motors" is designed to serve as an essential guide for students, engineers, and enthusiasts seeking to understand the fundamental principles and applications of synchromesh motors. This comprehensive introduction traces the historical development of these innovative systems and explores their critical role in modern mechanical and automotive engineering.Synchromesh motors revolutionized power transmission by enabling seamless and efficient gear engagement, thus enhancing vehicle performance and durability. The heart of this technology lies in its ability to synchronize gear speeds before engagement, a breakthrough that eliminates the need for double-clutching and significantly reduces wear on transmission components.This book provides a detailed examination of the key components and mechanisms involved in synchromesh systems, including synchronizer rings, sleeves, and gears. Through clear explanations and illustrative diagrams, readers will gain a deep understanding of how these parts interact to ensure smooth and precise gear shifts.
Hands-On VHDL
In learning, nothing substitues for experience, and there's no better experience than compiling FPGA programs and watching them work. This book guides you along increasingly more complex VHDL programs with interactive, visible results when loaded on one of the development boards. Beginning with simply lighting LEDs, the projects advance until you are creating workable games using tbe board's buttons, switches, and displays. Source code for all projects are available online, along with code solutions to all exercises. The material assumes that you have purchased, or have access to, one of two FPGA development circuit boards ( $150 - both offer reduced pricing for students): D10-Lite from Terasic; Basys-3 from Digilent.
DFIG under Normal and Three Phase Symmetrical Grid Fault Condition
The current energy supply heavily relies on fossil fuels such as petroleum, natural gas, and coal. These fossil fuels took thousands of years to form from organic substances, essentially making them stored biomass from long ago. A significant amount of fossil fuels was depleted in the 20th century due to high consumption rates. As demand continues increasing, extracting remaining fossil fuels will become riskier and more expensive. If consumption proceeds at the current pace, all available natural gas and petroleum resources will be depleted by the end of the 21st century. Renewable energy sources are the only sustainable way to meet the Earth's energy demands without further disrupting the climate. Among the available renewable options, wind energy has become one of the most commonly utilized for electric power generation. Wind energy now plays an increasingly vital role in the energy sector as tremendous growth in the industry continues. Numerous wind turbines are being erected to capture wind power and convert it into electricity.
Unlock Your Potential
Unlock Your Potential" dives into the dynamic world of data-driven athletics. It shows you how to leverage the power of data collection and analysis to optimize your training and performance. This book equips you with the tools to track your progress, identify weaknesses, and tailor your workouts to maximize results. You'll learn how to interpret key metrics, translate data into actionable insights, and use them to fuel your athletic journey towards achieving your personal bests. "Unlock Your Potential" empowers you to train smarter, not just harder, and transform your data into a competitive edge.
Bright Ideas for a Brighter Future
Dim the lights on climate change with a bright idea: LEDs! These innovative light-emitting diodes are superstars of energy efficiency, using up to 80% less power than traditional bulbs. That translates to a double victory: significant cost savings on your electricity bill and a dramatic reduction in greenhouse gas emissions pumped into the atmosphere. But LEDs don't stop at being eco-warriors. They're marathon runners in the lighting world, lasting a whopping 25 times longer than incandescent bulbs. This translates to less waste ending up in landfills and fewer resources needed for constant replacements. So, by switching to LEDs, you're not just illuminating your home, you're illuminating a brighter future for our planet. It's a win-win for your wallet and the environment!
Powering the Future
The future of electronics is bright, and organic semiconductors are poised to play a starring role. Unlike traditional silicon, these innovative materials are lightweight, flexible, and even printable! "Powering the Future" explores the exciting potential of organic semiconductors. Scientists are tailoring these materials to create efficient devices like solar cells and LEDs. Imagine bendable phone screens or solar panels that seamlessly integrate into buildings! By fine-tuning their properties, organic semiconductors can revolutionize the electronics industry, paving the way for a more sustainable and versatile future.
Internet of Things for Sustainable Community Development
This updated book presents research on how Internet of Things plays a part in shaping the future of our communities. The author shows how the research and education ecosystem promoting impactful solutions-oriented science can help citizenry, government, industry, and other stakeholders to work collaboratively in order to make informed, socially-responsible, science-based decisions. The author also provides updated data on how communities can address complex, interconnected socio-environmental challenges. This book addresses the key inter-related challenges in areas such as the environment, climate change, mining, energy, agro-economic, water, and forestry that are limiting the development of a sustainable and resilient society -- each of these challenges are tied back to IoT based solutions.
Supercharge Your Images
- Supercharge Your Images: This is catchy and action-oriented. - Super-Resolution for Enhanced Quality: This clarifies the technology and its benefit, but could be more exciting. - From Fuzzy to Flawless: Unleash the Hidden Potential of Your Photos with Super-Resolution (This title uses contrasting ideas ("fuzzy" vs. "flawless") to highlight the dramatic improvement and positions super-resolution as a tool to unlock the hidden potential in photos.) - Beyond Megapixels: Super-Resolution Magic Makes Your Images Sing (This title goes beyond the traditional focus on megapixels and positions super-resolution as a magical technology that significantly enhances image quality.)
Unlocking Control
The relentless pursuit of miniaturization and enhanced functionalities in modern technology hinges on the creation of novel materials with precisely tailored properties. Epitaxial growth, a cornerstone thin-film deposition technique, offers unparalleled control over the atomic arrangement of materials, enabling the realization of these advancements. This article delves into the intricacies of epitaxial growth, exploring its core principles, various methods, and the potential it holds for revolutionizing diverse fields like electronics, photonics, and energy technologies. Epitaxy: Building Block by Block Epitaxy, derived from the Greek words "epi" (upon) and "taxis" (arrangement), refers to the growth of a crystalline layer (epitaxial layer) on a crystalline substrate, where the crystal structure and orientation of the deposited layer are dictated by the underlying substrate. This atomic-level control allows for the creation of thin films with specific properties unattainable in bulk materials.
The Power of Light
Light itself doesn't carry information. It's the way we manipulate this light that allows us to communicate. Communication technologies encode information onto the light wave. There are two main methods: Amplitude Modulation (AM): This method varies the intensity (amplitude) of the light wave to represent information. Imagine a flickering light bulb - a bright flash could represent a 1, while a dim flicker could represent a 0. This method is used in some older radio transmissions. Frequency Modulation (FM): Here, the frequency (number of cycles per second) of the light wave is varied to represent information. Think of a police siren - a high-pitched whine could represent a 1, while a lower-pitched wail could represent a 0. FM is more resistant to interference and is used in many modern radio transmissions.
Building the Future
"Building the Future: A Guide to Semiconductors and Modern Electronics" is your roadmap to understanding the invisible engines that power our world. This book breaks down the fascinating world of semiconductors, the tiny building blocks of electronics found in everything from smartphones to spaceships. You'll explore how these materials conduct electricity and how we can harness their power. We'll delve into the creation process, transforming raw materials into complex integrated circuits. By understanding transistors, memory chips, and other hidden wonders, you'll gain a deeper appreciation for the future these technologies are building.
PIC16F1847 Microcontroller-Based Programmable Logic Controller
Current volume presents advanced concepts of the PIC16F1847-Based PLC project and consists of topics like program control, high speed counter and PWM macros. It further explains memory related drum sequencer instruction, sequential functional charts, and analog input and output modules.
From Ancient Sounds to Modern Stages
"From Ancient Sounds to Modern Stages: The Evolution of the Sheng" traces the fascinating journey of the sheng, a Chinese instrument with a voice that echoes through time. This book delves into its origins, exploring how its sound has resonated across centuries. You'll discover how the sheng's design and playing techniques have transformed over time, adapting to new musical styles. The book culminates in the exciting world of contemporary music, showcasing how the sheng continues to find its place on modern stages, captivating audiences worldwide.
MACHINE LEARNING BASED FAULT TOLERANT ROUTING PROTOCOLS IN MANETs
A Mobile Ad Hoc Network (MANET) embodies a fluid and spontaneous network of wireless devices that has potential to establish swiftly, without relying on a pre-existing central infrastructure. The nodes in a MANET operate in a decentralized manner, and this presents unique challenges in terms of routing protocols and resource management. Several routing protocols have been created to overcome these challenges, but they must find a balance between different issues, such as minimizing resource use and avoiding unnecessary data routing. These protocols must also be designed to quickly identify newly connected devices so they can be used for routing. Even though designing routing protocols for MANET is challenging, it is necessary for these networks to work effectively. Therefore, the routing protocols used in MANETs must be dynamic and adaptive to handle the changing topology. Faulty nodes in the network leads to disruptions in communication. To ensure that communication continues, we need fault-tolerant routing in MANETs.
ASER performance analysis of QAM techniques
This book extensively elaborates the analysis of average symbol error rate (ASER) for general order cross QAM modulation schemes in closed form with the help of cumulative distribution function (CDF) based strategy. ASER of dual-hop amplify-and-forward relaying network has been analyzed for independent and non-identically distributed Nakagami-m fading channel under imperfect channel state information (CSI). The moment generating function (MGF) based approach has been used to investigate the non-coherent modulation technique. To verify the empirical and mathematical result we have taken the help of the Monte-Carlo simulation technique in our analysis.
Unlocking the Power of Cadherins
The strand-swap trans interaction is further strengthened by a cis interaction between the EC1 repeat of one protomer and the EC2 repeat of another monomer on the surface of the same cell. In this way, type I classical cadherins can form Velcro-like patches on the cell surface34,42. Type II classical cadherins act in a similar fashion, but have two conserved tryptophans (W2, W4), both of which are exchanged between EC1 monomers to form the strand swap43. Desmosomal cadherins have just one conserved tryptophan (W2) in the same position as Type I classical cadherins, but the two types of desmosomal cadherin, desmoglein and desmocollin, are capable of forming heterophilic complexes30 whereas type I and type II classical cadherins are mostly homophilic, though some exceptions exist44,45.
Shaping the Future
Shaping the Future: How Superlattices Revolutionize Material Design and Devices" focuses on the cutting-edge world of superlattices and their transformative impact. Superlattices are artificial materials meticulously crafted by layering ultrathin films of different materials. This book dives into how this seemingly simple concept unlocks a universe of possibilities. By controlling the materials and their thicknesses with atomic precision, scientists can design superlattices with properties unlike anything found in nature. "Shaping the Future" explores how superlattices are revolutionizing material design and devices. The book might delve into their applications in various fields, like creating new electronic devices with superior efficiency, crafting lasers with specific wavelengths, or even developing materials with exotic properties like superconductivity at higher temperatures. Expect to learn about the exciting potential of superlattices to shape the future of technology, from next-generation electronics and solar cells to unanticipated discoveries waiting to be explored.
Smart Electric and Hybrid Vehicles
In this book recent developments, future outlook, advanced and analytical modeling techniques of smart electric and hybrid vehicles are explained with examples backed by experimental and numerical data.
Al(Ga)N
Al(Ga)N, a revolutionary material alloying aluminum nitride and gallium nitride, is poised to reshape the electronics landscape. Its exceptional properties, including a remarkably wide bandgap, high voltage tolerance, and superior thermal management, make it ideal for applications demanding both high power and high frequency. This article explores how Al(Ga)N surpasses traditional materials like silicon, enabling significant advancements in power electronics and radio frequency (RF) devices. We'll delve into how Al(Ga)N paves the way for efficient power conversion in next-generation systems, along with high-frequency applications in radar, communications, and wireless technology.
Energy for the Ages Gravity
My passion for alternative energy started in the early 2000s. At that time it was like a hobby. The huge flow of information on this topic aroused my interest in the problem of harnessing the energy of the sea wave. This energy was presented in mass media as depending on the length of the sea wave front. While still working in the company WARTSILA, during downtime, with the permission of my superiors, I began to make a demonstration model of a sea wave power plant, as it was in my imagination. This work took me more than two years. By that time I had already, as it seemed to me, basically found a way to harness the energy of the sea wave. And it was not wave energy, but gravitational energy. The height of the wave and its periodic change, only contributed to the work of the mechanism capable of receiving electricity from the gravitational field. And such a mechanism was a two-way piston pontoon pump with a fixed piston. It is the design of a two-way pontoon pump with a fixed piston, which I designed, with cyclic changes in the water level allows to obtain clean energy in various ways.
Control of Nonlinear Systems
The theory of nonlinear control systems has grown and flourished since the 1980s. Numerous texts of varying degrees of difficulty have been published on this topic.
Remote Control System
The main objective of this project is to develop a system that is capable of controlling telecommunications equipment that is inaccessible through the operator's network, so that it can be turned off and on again by cutting the power supply. To do this, the system will be connected to a used cell phone, which, when it receives a call, will automatically answer to receive commands sent by any other phone in a simple voice call. These commands offer the possibility of disconnecting or reconnecting a socket and also checking whether a socket is on or off. To maintain system security, these commands will be preceded by a four-digit password that can also be changed via the call. This system allows eight sockets to be controlled separately, thus enabling only the equipment that is not responding to be restarted on a contingency basis in order to re-establish the access link and, above all, providing an alternative means of access other than the operator's link.
The Strengths and Weaknesses of Wired and Wireless Communication
Wired communication, as the name suggests, relies on physical cables to transmit data. These cables, typically composed of copper or fiber optics, create a dedicated pathway for information to travel. This physical connection offers several advantages: Unmatched Speed and Reliability: Wired connections boast superior data transfer speeds compared to wireless networks. The physical nature of the connection eliminates the possibility of signal degradation due to interference from walls, distance, or other wireless devices. This consistent high-speed performance makes wired networks ideal for applications requiring large file transfers, high-definition video streaming, and online gaming where even a slight delay can be detrimental.
A Symphony of Light
"A Symphony of Light: Unveiling the Hidden Dance of Molecules with Lasers" explores the fascinating world of spectroscopy, a technique that uses lasers to reveal the secrets of molecules. Imagine this book as a conductor's guide, translating the complex language of light into an understandable symphony. Lasers act as the instruments, illuminating the unique way each molecule vibrates and interacts with light. By analyzing this "dance," scientists can decipher a molecule's structure, composition, and even its history. This book delves into the beauty and power of this technique, showcasing its applications in various fields. You'll discover how scientists use lasers to study everything from biological processes in our bodies to the composition of distant stars. "A Symphony of Light" unveils the invisible world of molecules, transforming light into a melody of scientific discovery.
Metal Oxides
Metal Oxides: This is clear but lacks intrigue. Revolutionizing Dielectrics for Future Electronics: This is informative but could be more specific. **Alternative Titles (150 words each): The Next Big Thing in Tiny Parts: How Metal Oxides Are Redefining Electronic Building Blocks (This title uses a catchy phrase ("next big thing") and emphasizes the fundamental role of dielectrics ("electronic building blocks") while highlighting metal oxides as the redefining force.) Beyond Silicon Valley: The Rise of Metal Oxide Dielectrics and the Dawn of a New Era in Electronics (This title broadens the scope beyond a specific location ("Silicon Valley") and positions metal oxides as ushering in a new era for electronics.)
The Future of Electronics
"The Future of Electronics: A World Beyond Silicon" explores the revolution on the horizon as silicon reaches its limits. Dive into the next generation of materials like graphene and gallium nitride, promising to make electronics smaller, faster, and more powerful. The book unveils the mind-bending world of quantum mechanics where transistors will exploit the bizarre laws of the very small. Discover how these innovations will usher in an era of flexible displays, ultra-efficient solar panels, and intelligent devices seamlessly woven into our lives. Get ready for a thrilling journey into a future where electronics transcend the silicon age.
Modeling of Active Filters for Improving Power Quality
This book introduces the research and application of active power filter in improving power quality. Based on the principle, basic structure, application status and challenges of active filter, the influence of circuit topology, system configuration and network connection type on the compensation function of active filter is studied, including the role of fuzzy logic technology in the combined control of active filter and thyristor switched filter. A high power single-phase active filter with modern power converter is designed for harmonic control of electric locomotive. This book also includes a study of a unified power quality regulator (UPQC) for a three-phase four-wire system with the integrated controller. The design, modeling and control of UPQC are discussed in detail. The instantaneous reactive power theory is reviewed and extended to more general situations. Matlab Power System Blockset is used for numerical simulation to verify the correctness of theoretical analysis.
Enhancing Endurance of Non Volatile Memory in Embedded Systems
This book is focused on enhancing the endurance of Non-Volatile Random Access Memory (NVRAM) for embedded systems applications. It describes the methodology that combines optimized machine learning algorithms based on workload prediction and data compression techniques to prolong the lifespan of NVRAM. The framework utilizes an Instruction Per Cycle-based Dynamic Pattern Compression model to analyze and compress workloads, as well as a Workload Hybrid Energy Adaptive Learning model to categorize and further compress data for storage. The book provides a solution for improving NVRAM endurance, which is crucial for the performance of embedded devices, by addressing workload prediction and efficient compression.
Optimization of Trustworthy Biomolecular Quantitative Analysis Using Cyber-Physical Microfluidic Platforms
This book creates a new research field as it bridges the technical skills gap between microfluidic systems and molecular biology protocols but viewed from the perspective of an electronic/systems engineer.
The Dance of Growth
Epitaxial film formation is a cornerstone of modern electronics. It allows for the creation of thin, uniform layers of crystalline materials on carefully prepared substrates. These films are essential for transistors, solar cells, LEDs, and a variety of other devices. But this seemingly simple process is a fascinating interplay between three key factors: temperature, diffusion, and seeding. Understanding this intricate dance is crucial for controlling film properties and achieving desired device performance.Setting the Stage: The Crystal Lattice and Substrate Imagine a crystal as a perfectly ordered arrangement of atoms or molecules. These building blocks are positioned in a three-dimensional grid called a lattice. Epitaxial growth aims to replicate this crystal structure onto a foreign substrate. The substrate, although crystalline itself, may have a different lattice constant (spacing between atoms) and orientation compared to the desired film. This lattice mismatch can significantly impact film quality.
Optimal Load Shedding Using Swarm Intelligence Based Algorithm
In this book, an Optimal Load Shedding problem is solved using a swarm-intelligence based, bio-inspired Firefly Algorithm (FA). A couple of the standard objective functions pertaining to optimal load shedding, viz. the New Voltage Stability Index (NVSI), which indicates the optimal bus location for load shedding, and the amount of load shedding is minimized using the proposed firefly algorithm to obtain the optimum values. Minimization of this index improves transmission line performance, thus improving voltage stability of the system. A standard IEEE 30-bus test system is used for implementation. The performance analysis of this optimization problem using the firefly algorithm and its comparison with the standard Particle Swarm Optimization (PSO) algorithm is carried out by checking various combinations of values of the associated parameters.
High-Power Piezoelectrics and Loss Mechanisms
This textbook introduces the theoretical background of piezoelectrics, electromechanial phenomenology, loss mechanisms, practical materials, device designs, drive and characterization techniques, typical applications, and looks forward to the future perspectives in this field.
A New Dimension in Electronics
"A New Dimension in Electronics: Unveiling the Power of 2D Materials" explores the revolutionary world of materials just one atom thick! Imagine a whole new realm of possibilities where electronics are thinner, lighter, and more powerful than ever before. This book delves into the science behind these incredible 2D materials, explaining how their unique structure unlocks a range of fascinating properties. You'll discover how these materials can be used to create super-thin transistors, flexible electronics that bend and fold, and even revolutionary solar cells that harvest light more efficiently. "A New Dimension in Electronics" isn't just about the science, though. It explores the potential applications of these 2D materials, showcasing how they could transform everything from smartphones and laptops to medical devices and energy generation. With engaging explanations and clear examples, this book offers a glimpse into the exciting future of electronics powered by the remarkable potential of 2D materials.
Modeling and State Estimation of Automotive Lithium-Ion Batteries
This book aims to evaluate and improve the state of charge (SOC) and state of health (SOH) of automotive lithium-ion batteries.
Software-Defined Power Electronics
Power electronic devices and systems are attracting growing attention due to the electrification of energy conversion systems being a key factor in efforts to reduce fuel combustion and achieve carbon neutrality. This book provides a concept of software-defined power electronics architecture to generalize the power converter design and control procedures with various interfaced applications. The ultimate objective is to construct a reconfigurable software-defined power electronics architecture with standardized atomic power modules that can be leveraged for different electrified energy resources, such as electric vehicle charging, electric motor traction, solar power, and wind power. Several advanced control and design techniques are introduced in detail to achieve the proposed concept with a high-performance energy conversion system, including optimization-based control and estimation, variable frequency soft switching, and passive component design and optimization. The proposed generalized architecture also contributes to avoiding redundant hardware and algorithms design procedures. Software-Defined Power Electronics: Converter Configuration, Control, and Optimization is a guide for engineers and academic researchers to the highly specialized skills required for working in the fields of power converter design and development.
Cyber-Collaborative Algorithms and Protocols
Revolutionizing the field of complex system optimization and management, this book introduces the innovative concept of cyber-collaborative protocols (CCP), representing a new approach to managing the complexity of interconnected systems. Departing from traditional methods, this book emphasizes collaboration, efficiency, and intelligence within cyber-physical systems (CPS), with a specific focus on precision agriculture and agricultural robotics systems (ARS). With a combination of theoretical foundations and practical applications, the book explores CCP's unique advantages and potential to enhance system effectiveness to address real-world critical issues such as food security. This book is an essential resource for diverse audiences, including academics and students in the fields of complex systems design and management, as well as professionals and practitioners. Importantly, the book provides a forward-looking perspective on the role of engineered collaboration in complex CPS.
Carbon Nanotubes
This book highlights seminal findings in CNT reinforced metal matrix composites research and includes several tables listing processing methods, associated CNT states, and resulting properties in order to aid the next generation of researchers in advancing the science and engineering of CNT-MMCs.
Internet of Things
The book deals with the conceptual and practical knowledge of the latest tools and methodologies of hardware development for Internet of Things and variety of real-world challenges. Several aspects of various hardware technologies, methodologies, and communication protocol are critically examined in this book.
Antenna Arrays Design Techniques
One of the primary necessities in any long distance or satellite communication setup is the utilization of highly directional antennas. Within satellite communication systems, interference sources persist due to the use of multiple satellites and terrestrial signals, which can degrade the performance of both the satellite system and the base station. Hence, there is a requirement for directive antennas with exceptionally low Side Lobe Level (SLL) to mitigate interference from undesired sources. The principal objective of this book is to introduce innovative approaches to array antenna design aimed at enhancing performance in terms of dimensions, Half Power Beam Width (HPBW), and SLL. These methods involve employing arrays with carefully spaced or weighted elements, thereby adjusting the desired beam pattern of the array, in conjunction with utilizing specialized element antennas.
Industry Automation
This book details cutting-edge technologies, versatile tools, adaptive processes, integrated platforms, and best practices of digitized systems.
