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Computer Science
Computer Networking
Wireless Communication
WiFi Technology
1. Introduction to Wireless Networking
2. Fundamentals of Radio Frequency (RF)
3. The IEEE 802.11 Standards
4. WiFi Network Architecture and Topologies
5. The WiFi Physical Layer (PHY)
6. The WiFi MAC Layer
7. WiFi Security
8. Advanced WiFi Technologies
9. Planning and Deploying a WLAN
10. WiFi Troubleshooting and Performance Optimization
WiFi Network Architecture and Topologies
Key Network Components
Wireless Access Point (AP)
Functions of an AP
Autonomous APs
Lightweight APs
Standalone vs Controller-Based APs
Wireless Client (Station/STA)
Types of Clients
Client Capabilities
Device Categories
Wireless LAN Controller (WLC)
Centralized Management
CAPWAP Protocol
Scalability Benefits
High Availability
Wireless Router
Routing and AP Functions
NAT Functionality
Home vs Enterprise Routers
Wireless Bridge
Point-to-Point Bridging
Point-to-Multipoint Bridging
Workgroup Bridge
Service Sets
Basic Service Set (BSS)
Structure and Operation
Coverage Area
Single AP Networks
Extended Service Set (ESS)
Multiple APs and Roaming
Distribution System
Seamless Connectivity
Independent Basic Service Set (IBSS / Ad-Hoc Mode)
Peer-to-Peer Networking
No Infrastructure Required
Limitations
Mesh Basic Service Set (MBSS)
Mesh Networking Principles
Self-Healing Networks
Mesh Portal
Service Set Identifier (SSID)
Purpose and Configuration
SSID Broadcasting
Hidden SSIDs
Multiple SSIDs
Basic Service Set Identifier (BSSID)
MAC Address Association
Role in Network Identification
Virtual BSSIDs
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3. The IEEE 802.11 Standards
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5. The WiFi Physical Layer (PHY)