Java Networking Essentials A Practical Guide With Examples
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Java Networking Essentials: A Practical Guide with Examples
This book offers a comprehensive guide to network programming using Java, providing readers with a detailed exploration of both fundamental and advanced topics in the field. It systematically presents key networking concepts, starting from the basic principles of client-server models and protocols, and progressing through Java-specific networking classes, socket operations, and HTTP communications. Each section is designed to equip developers with the technical knowledge required for building secure and efficient network applications. The text emphasizes practical implementation alongside theoretical insights, detailing how Java’s robust networking APIs and asynchronous I/O capabilities can be leveraged to develop scalable and responsive systems. The content is structured to facilitate a step-by-step understanding, with clear examples that illustrate the implementation of network protocols, the management of concurrent network connections, and the integration of database and security features in real-world scenarios. Aimed primarily at software developers with foundational Java experience, the book addresses both novice and intermediate programmers seeking to enhance their skills in network application development. It provides precise, actionable instructions for building reliable and secure applications, ensuring that readers are well-prepared to tackle the challenges of modern network programming with confidence and technical expertise.
Cloud Computing Essentials: A Practical Guide with Examples
Cloud Computing Essentials: A Practical Guide with Examples delivers a clear and thorough introduction to the foundational technologies, architectures, and practical skills required for effective cloud adoption. Covering key concepts such as service models, virtualization, storage management, security, and automation, this book provides readers with systematic, step-by-step guidance through every stage of engaging with cloud platforms. The coverage is structured to address the needs of learners new to the field, offering detailed walkthroughs and real-world scenarios to facilitate hands-on understanding and immediate application. Each chapter is organized around essential aspects of cloud computing, from account setup and initial deployment to advanced topics such as continuous integration, cost management, and compliance requirements. Readers are introduced to major cloud providers, gain practical experience using popular platforms, and build the competence needed to choose and manage the right cloud models and services for varying project requirements. The book addresses both technical and operational concerns, ensuring a well-rounded perspective suited to diverse business and academic contexts. Ideal for students, technology professionals, and self-learners, this guide emphasizes clarity, precision, and practical relevance. On completion, readers will be equipped to confidently navigate cloud environments, implement secure and scalable solutions, and understand the broader implications of cloud technology adoption. Designed as a comprehensive resource for building foundational skills, the book supports both structured coursework and independent study in today’s rapidly evolving digital landscape.
Future Networking Essentials
Author: Dr. Anil Kumar Rangisetti
language: en
Publisher: Springer Nature
Release Date: 2024-10-07
Explore virtualized networking environments through the Cloud, Edge, and 5G core networks, and their applications. This book covers the primary approaches related to setting up and experimenting with related cloud and networking environments using virtual networks, and virtual network functions. You’ll start by experimenting with future networking environments and learn a variety of Docker basics and essential networking skills. Specifically, containers, networking, volumes, iptables (for Docker environment security) and default orchestration features are discussed to help set up custom cloud, edge, and 5G core networking environments. Hands-on activities related to Docker networking and services features for publishing, scaling, and monitoring of services are also provided. By the end of Part 1, you’ll be able to set up a variety of custom networking environments easily using Docker compose features and secure the set-up using iptables. Part 2 introduces Network Function Virtualization (NFV) architecture, and its roles in Cloud and 5G core networks. You’ll learn to deploy an open source 5G core platform from OpenAirInterface (OAI) using Docker. Then, you’ll set up and evaluate Virtual Network Functions (VNF) over suitable virtual networks. Hands-on activities are featured to guide you through the process of setting up and deploying VNFs such as DHCP, DNS, and proxy servers. Finally, Part 3 discusses key virtual networks such as IP VLANs, MAC VLANs, and overlay networks using Docker cluster setups. You’ll use interesting hands-on activities to easily experiment and learn cloud and 5G core network set-up related virtual networks, overlay networks, and network slicing. When done, you’ll be able to set up a variety of VNFs, carefully deploying VNFs, and conducting slicing activities over Docker cluster setups. What You’ll Learn Explore Cloud, Edge, and 5G core networking using Docker networking features. Build and evaluate a variety of virtual networks and deploy Virtual Network Functions (VNFs) and Network Slices using Docker swarm setups. Set up and deploy an open source 5G core network using Docker for experimenting. Enhance cloud environment and applications security using linux security features such as Capabilities, Seccomp, and AppArmors. Develop and evaluate network security experiments using Scapy and Docker networks. Who This Book Is For Network engineers, cloud engineers, students, faculty, and cloud and networking researchers.