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Jianping An: Safeguarding Satellite
Communications

Safeguarding Satellite Communications

Issues, Challenges, and Solutions

The Fundamentals of Software-Defined Networking: Towards Intelligent and Flexible Networks is a comprehensive, beginner-friendly guide to Software-Defined Networking (SDN), designed specifically for educators, trainers, and professionals transitioning into modern networking. It offers a structured, standards-based approach that starts with fundamental networking concepts and builds up to advanced SDN architectures. Focusing on accessibility and practical application, it emphasizes open-source tools and real-world labs that can be implemented in low-resource environments. It covers key SDN technologies, including OpenFlow, SD-WAN, SD-LAN, NFV, LISP, and orchestration with Ansible, while integrating Python-based automation and RESTful APIs.Key Features<ul> <li>Progressive, beginner-friendly structure ideal for academic and training settings.</li> <li>Hands-on labs using open-source tools such as ONOS, Ryu, Open vSwitch, and Python, plus real-world case studies and projects.</li> <li>Vendor-neutral content with no reliance on proprietary technologies.</li> <li>Supplementary materials, including scripts and emulator images are available online: www.github.com/sadiqui-ali/SDN_resources </li> </ul>This book is beneficial for instructors, students, and IT professionals seeking a practical and comprehensive introduction to SDN. Moreover, it is particularly suited for training environments where cost-effective, standards-based learning is essential.

Towards Intelligent and Flexible Networks

Fundamentals of Software-Defined Networking

Nairobi, Global China, and the Promise of Techno-capital

Silicon Elsewhere

This book is a comprehensive introduction to applied cryptography and cybersecurity, covering both the critical theoretical foundations and the practical aspects, including labs. It does not require prior knowledge in mathematics, cryptography or theory of computer science. The topics covered include shared and public key cryptosystems, authentication schemes and protocols, integrity (hashing, Merkle trees/accumulators and blockchains), signatures and key exchange, resiliency to corruptions, the Transport Layer Security (TLS) and Secure Sockets Layer (SSL) protocols, public key infrastructure (PKI), including certificate transparency (CT), human-centered security and cryptography, and (post)quantum cryptography.This text is a useful reference for self-study or as a course textbook.

Applied Introduction To Cryptography And Cybersecurity

Accelerating the Adoption of IoT: A Fog Computing Paradigm to Build and Deploy Cost–Effective IoT So lutions

Using Electromagnetic Signal and Information Theory

Intelligent Metasurfaces for 6G and Beyond

Self-contained resource on fundamental concepts and the planning, provisionining, design, and operations of 3GPP-based NTNs 3GPP-based Non-Terrestrial Networks in 5G and 6G: Expanding the Frontiers of Wireless Communications provides an overview of Non-Terrestrial Networks (NTNs) in the context of 3GPP systems such as 4G LTE and 5G NR. Unique challenges of NTNs such as long and variable propagation delays, large and time-varying Doppler shifts, different types of beams including Earth-fixed beams, quasi-Earth-fixed beams, and Earth-moving beams and transparent and regenerative payloads are discussed. The mechanisms that 3GPP foresees to tackle these NTN-specific challenges are described and, furthermore, the planning, provisioning, design, and operations of the radio and core networks for NTNs are illustrated. NTN considerations in the book range from physical-layer aspects (e.g., synchronization, random access, and uplink and downlink data transmission), to mobility management including handover and cell reselection, and to network architecture. Fundamentals of the associated concepts of NR, eMTC (i.e., LTE_M), and NB-IoT are described so that their customizations for NTNs become clear in NTN-specific discussions. NTN features in 3GPP Release 17, 18, and 19 are described andhe role of NTN in 6G is also summarized. A companion website provides exercises to help learners to reinforce concepts, along with software utilities (e.g., Excel spreadsheets) that provide templates to investigate the impact of various factors (e.g., carrier frequency and channel bandwidth) on the performance of NTNs (e.g., coverage and capacity/throughput). 3GPP-based Non-Terrestrial Networks in 5G and 6G includes information on: <ul> <li>Earth-fixed beams, Earth-moving beams, and quasi-Earth-fixed beams, as well as characteristics of Geo Synchronous Orbit (GSO) and Non-GSO (NGSO) satellites such as Low Earth Orbit (LEO) satellites</li> <li>Challenges unique to NTNs including large coverage areas, mobility of cells, and different types of payloads (e.g., transparent and regenerative)</li> <li>Issues surrounding data transfer in NTNs such as time and frequency pre-compensation, timers for different radio protocol stack layers, and HARQ enabling/disabling</li> <li>Random access, RRC connection setup, registration/attach, and PDU session/EPS bearer setup for LTE-M, NB-IoT, and 5G NR</li> </ul> 3GPP-based Non-Terrestrial Networks in 5G and 6G is an essential resource for wireless communications and satellite industry engineers and professionals seeking to facilitate the design, provisioning, deployment, operations, maintenance, and optimization of 5G-based NTNs and identify R&amp;D areas for 5G-advanced-based and 6G-based NTNs.

Expanding the Frontiers of Wireless Communications

Non-Terrestrial Networks in 5G and 6G

iPhone For Dummies, 2026 Edition

Photonics: An Electromagnetic Approach introduces students to the field by means of a comprehensive integration of diverse explanations within a unified framework rooted in electromagnetic theory. This framework is designed to meet the needs of undergraduate (junior or senior) and graduate students, while also providing researchers with a moderately detailed description. The book strives to cover underlying physical photonics principles rather than focusing on actual devices and systems. It starts with the underlying physics in Maxwell’s equations. Many important features in photonics are covered as solutions of linear Maxwell’s equations, including reflection, refraction, interference, radiation, diffraction, optical waveguide, optical resonator, etc. Ray optics are introduced by considering the dimensionality of the interesting region. Resonant interactions between electromagnetic fields and media, including semiconductors, are explained classically or semi classically. Various dynamic characteristics of a laser are also discussed. Noise mechanisms in the detection and generation processes of optical radiation are also explained in detail. Fundamentals for nonlinear optical phenomena are explained by solving nonlinear wave equations both for elastic and inelastic nonlinearities.

An Electromagnetic Approach

Photonics

Coding for Erasure Channels

Cybersecurity Implications in Blockchain Architecture

Safeguarding Satellite Communications

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