Computer Networking Bible: [3 in 1] The Complete Crash Course to Effectively Design, Implement and Manage Networks

Introduction
PART I: NETWORKING FUNDAMENTALS
Chapter 1: Networking Models and Standards
	OSI Model
	TCP/IP Model
	Ethernet Standards
	Wireless Standards
Chapter 2: Network Devices and Topologies
	Routers
	Switches
	Hubs
	Topologies (Star, Bus, Mesh, Ring, Hybrid)
Chapter 3: Network Protocols and Services
	IP Addressing and Subnetting
	DNS (Domain Name System)
	DHCP (Dynamic Host Configuration Protocol)
	NAT (Network Address Translation)
	VPN (Virtual Private Network)
	FTP (File Transfer Protocol)
	HTTP (Hypertext Transfer Protocol)
	SMTP (Simple Mail Transfer Protocol)
	TCP (Transmission Control Protocol)
	UDP (User Datagram Protocol)
Chapter 4: Wireless Networking
	Wireless Standards (802.11a/b/g/n/ac/ax)
	Wireless LAN Architecture
	Wireless Security and Authentication
	Wireless Site Survey
PART II: BUILDING AND MANAGING NETWORKS
Chapter 1: Network Design and Planning
	Understanding Network Requirements
	Choosing the Right Network Architecture
	Creating a Network Plan
Chapter 2: Network Implementation and Maintenance
	Installing Network Devices
	Configuring Network Devices
	Network Troubleshooting
	Network Monitoring and Optimization
Chapter 3: Network Security and Management
	Understanding Network Security Threats
	Network Security Protocols and Technologies
	Network Access Control and Authorization
	Network Performance Management
Chapter 4: Network Virtualization
	Network Virtualization Basics
	Types of Network Virtualization
	Benefits and Challenges of Network Virtualization
Chapter 5: Network Automation
	Introduction to Network Automation
	Network Automation Tools and Technologies
	Benefits of Network Automation
Chapter 6: Network Performance Optimization
	Network Performance Metrics
	Network Traffic Management
	QoS (Quality of Service)
	WAN Optimization
Chapter 7: Network Scalability and Resilience
	Network Scalability
	Network Resilience
	Network Scalability Strategies
	High Availability and Redundancy
	Disaster Recovery and Business Continuity
PART III: ADVANCED NETWORKING TOPICS
Chapter 1: Cloud Computing and Networking
	Cloud Computing Models
		Software as a Service (SaaS)
		Platform as a Service (PaaS)
		Infrastructure as a Service (IaaS)
	Cloud Deployment Models
		Public Cloud
		Private Cloud
		Hybrid Cloud
		Community Cloud
	Cloud Networking Architectures
	Cloud Networking Challenges and Solutions
Chapter 2: Software-Defined Networking (SDN)
	SDN Architecture and Components
		SDN Controller
		Network Devices
		SDN Applications
	Benefits of SDN
	SDN Use Cases
		Data Center Networking
		Network Function Virtualization (NFV)
		Traffic Engineering
		Security and Monitoring
	SDN Challenges and Solutions
		Interoperability and Standardization
		Security Concerns
		Scalability and Performance
		Migration and Integration
Chapter 3: Internet of Things (IoT) Networking
	IoT Architecture and Components
		IoT Devices
		IoT Gateways
		IoT Platforms
	IoT Networking Protocols and Standards
		Zigbee
		Bluetooth Low Energy (BLE)
		LoRaWAN
		5G and IoT
	IoT Security and Privacy Considerations
Chapter 4: Networked Applications and Services
	Client-Server Architecture
		Model Overview
		Client and Server Roles
		Client-Server Communication
	Web Applications and Services
	Distributed Applications and Services
	Cloud Services
Chapter 5: Network Programming and APIs
	Network Programming Languages
		Python
		Java
		C++
	Network APIs and SDKs
	Network Automation with Programming
		Automation Use Cases
		Network Automation Frameworks and Tools
Chapter 6: Network Monitoring and Analytics
	Network Monitoring Tools and Techniques
	Network Analytics and Data Visualization
	Machine Learning and Artificial Intelligence for Network Monitoring
	Network Monitoring Challenges and Solutions
Conclusion