Avinash Singh – författare

The design and development of low radar cross section (RCS) phased array has been a challenging subject in stealth technology. The frequency selective surface elements act as absorbers in specific frequency band and facilitate gain enhancement and reduction of antenna RCS. This book presents a comprehensive EM design and analysis of such low-profile patch arrays with high impedance surface-based ground plane. It explains how to determine radiation mode RCS of low-profile antenna arrays with arbitrary configurations. Detailed descriptions of design, workflow of determining radiation and scattering behavior of antenna arrays have been supported with schematics, tables, and illustrations. Aimed at engineers and researchers for RCS, antenna engineers and graduate students in electrical engineering and electromagnetics, it• Discusses both radiation and scattering features of both planar and conformal HIS-based low profile antennas• Describes the theoretical background, design, simulations and analysis of low RCS phased array in detail• Presents the physics behind the resultant radiation and scattering characteristics of designed antenna array• Helps readers understand design and analysis of low RCS antenna array without any degradation in its radiation performance• Includes figures, schematics and illustrations to provide comprehensive descriptions of both radiation and scattering characteristics of phased arrays of different configurations

The design and development of low radar cross section (RCS) phased array has been a challenging subject in stealth technology. The frequency selective surface elements act as absorbers in specific frequency band and facilitate gain enhancement and reduction of antenna RCS. This book presents a comprehensive EM design and analysis of such low-profile patch arrays with high impedance surface-based ground plane. It explains how to determine radiation mode RCS of low-profile antenna arrays with arbitrary configurations. Detailed descriptions of design, workflow of determining radiation and scattering behavior of antenna arrays have been supported with schematics, tables, and illustrations. Aimed at engineers and researchers for RCS, antenna engineers and graduate students in electrical engineering and electromagnetics, it• Discusses both radiation and scattering features of both planar and conformal HIS-based low profile antennas• Describes the theoretical background, design, simulations and analysis of low RCS phased array in detail• Presents the physics behind the resultant radiation and scattering characteristics of designed antenna array• Helps readers understand design and analysis of low RCS antenna array without any degradation in its radiation performance• Includes figures, schematics and illustrations to provide comprehensive descriptions of both radiation and scattering characteristics of phased arrays of different configurations

Interdisciplinary resource on the current state of brain-computer interfaces (BCIs), covering research, technology, ethics, and practical applications Neural Interfaces offers key insights from an interdisciplinary angle into cognitive neuroscience and artificial intelligence to create sophisticated brain-computer interfaces (BCIs). This book explores and informs on how fundamental cognitive neuroscience knowledge takes shape into real-world BCI applications, leading readers through the entire process from experimentation to implementation. It also delves into the technical understanding of mobile experimentation, machine learning, and other tools and technologies that are accelerating the development of BCIs. Readers will find essential information on the historical evolution of BCIs, exploring the first neural experiments roughly 100 years ago all the way to today’s cutting-edge advancements and key milestones that have shaped the field. The book also details different BCI technologies publicly available today and their effectiveness and provides case studies of applications in fields of medical, entertainment, and industry that show how BCIs are being used to restore lost functions from neuroprosthetics to rehabilitation, diagnose mental disorders, create new gaming and personalization experiences, and augment psychological functions used to improve workplace performance. Neural Interfaces discusses sample topics including: Neuroethics, covering the current societal perception of BCIs as well as key considerations as the technology evolves in complexity and scopeHow AI and machine learning are enhancing the capabilities of BCIs, such as thorough decoding neural signals and translating them into actionable commandsExperimental setups and tools crucial for BCI research, and how to turn research into real-world applicationsIntegration of multiple sensory inputs to enhance BCI functionalityInnovations and challenges related to data, technology, ethics, and design that will shape the future of BCI researchNeural Interfaces is an essential up-to-date resource on the subject for engineers, neuroscientists, and entrepreneurs, as well as all individuals interested in this transformative technology, regardless of background.

Build an in-depth understanding of the Istio service mesh and see why a service mesh is required for a distributed application. This book covers the Istio architecture and its features using a hands-on approach with language-neutral examples. To get your Istio environment up and running, you will go through its setup and learn the concepts of control plane and data plane. You will become skilled with the new concepts and apply them with best practices to continuously deliver applications. What You Will LearnDiscover the Istio architecture components and the Envoy proxyMaster traffic management for service routing and application deploymentBuild application resiliency using timeout, circuit breakers, and connection poolsMonitor using Prometheus and GrafanaConfigure application security  Who This Book Is ForDevelopers and project managers who are trying to run their application using Kubernetes. The book is not specific for any programming language even though all examples will be in Java or Python.