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Contributions to the evolution of next generation WLANs
Muhammad Shahwaiz Iqbal Afaqui
SCEDT Engineering
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Doctoral Thesis
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Keyphrases
IEEE 802.11
100%
Next Generation WLAN
100%
IEEE 802.11 Standard
80%
Access Point
80%
IEEE 802.11ax
60%
Dense Deployment
40%
Overlapping Cells
40%
Concurrent Transmission
40%
IEEE 802.11 Protocol
40%
Jammer
40%
Wi-Fi
20%
Performance Improvement
20%
Home Office
20%
Security Threats
20%
Detection Scheme
20%
End-user Experience
20%
Interference Error
20%
Network Capacity
20%
High Density
20%
Detailed Simulation
20%
Management Challenges
20%
Network Throughput
20%
Network Performance
20%
Anytime Anywhere
20%
Network Environment
20%
Access Time
20%
Explosive Growth
20%
Dynamic Sensitivity Control
20%
Spatial Reuse
20%
High Data Rate
20%
Access number
20%
Frame Error
20%
Cell Edge
20%
Contention-based
20%
Apartment Complex
20%
Public Areas
20%
Diverse Environment
20%
Four-way Handshake
20%
Network Management
20%
Network Enhancement
20%
Frame Error Rate
20%
Capacity Management
20%
Area Throughput
20%
Availability Management
20%
IEEE 802.11 WLAN
20%
Small Cell Deployment
20%
Network Fairness
20%
Next-generation Wireless Communications
20%
High-density Environment
20%
Untrusted Networks
20%
Key Enabling Technologies
20%
Entity Detection
20%
WLAN Networks
20%
Overlapping Basic Service Sets
20%
Media Access Protocol
20%
Handshake Mechanism
20%
Large-scale Enterprise
20%
Data Connectivity
20%
Malicious Entity
20%
Interference Management
20%
Design Mechanism
20%
Carrier Sensing
20%
Small Cell
20%
Computer Science
IEEE 802.11
100%
Access Point
33%
Mechanism Design
8%
Network Environment
8%
End-User Experience
8%
Wireless Communication
8%
Wi-Fi
8%
Network Performance
8%
Access Mechanism
8%
Management Challenge
8%
Performance Improvement
8%
Network Capacity
8%
Spatial Reuse
8%
Basic Service Set
8%
Capacity Management
8%
Interference Management
8%
Availability Management
8%
Connectivity Data
8%
Enterprise Scale
8%
Untrusted Network
8%
Network Management
8%