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Wireless Communications
Wireless Communications
1
RF Fundamentals
1.1
Antenna Fundamentals
1.1.1
Gain and Directivity
1.2
Propagation and Path Loss
1.2.1
Free Space Path Loss
1.2.2
Two-Ray Ground Model
1.3
Link Budget
1.3.1
Link Budget
1.3.2
Unit Conversions
1.4
Diversity Techniques
2
Digital Modulation
2.1
Basic Digital Modulation
2.2
QPSK
2.3
QAM
2.3.1
QAM Modulation
2.4
Signal Encoding
3
Multiple Access and Duplexing
3.1
Duplexing
3.2
FDMA
3.3
TDMA
3.4
OFDM
3.4.1
Subcarriers
3.4.2
Orthogonality
3.4.3
Cyclic Prefix
3.5
OFDMA & SC-FDMA
3.5.1
OFDMA
3.5.2
SC-FDMA
4
Error Control
4.1
Error Control Schemes
4.2
Hamming Codes
4.3
Convolutional Codes
5
MIMO and Advanced Antenna Systems
5.1
MIMO Concept
6
Wireless LANs (WiFi)
6.1
IEEE 802.11 Standards
6.2
WiFi Security
6.3
Four-Way Handshake
6.4
CSMA/CA and Contention Window
6.5
WiFi QoS (802.11e)
7
WiMAX (IEEE 802.16)
7.1
Physical Layer (PHY)
7.2
MAC QoS Framework
7.3
Scheduling
8
Mobile Ad Hoc Networks (MANETs)
8.1
OLSR (Optimized Link State Routing)
8.2
OLSRv2 (Version 2)
8.3
AODV (Ad-hoc On-Demand Distance Vector)
8.4
CML (ChaMeLeon Protocol)
9
Cellular Networks and GSM
9.1
Cellular Fundamentals
9.2
Cellular Evolution (2G to 4G)
9.3
GSM Air Interface
9.4
GSM Capacity Calculations
10
LTE (4G)
10.1
LTE Architecture
10.2
LTE Frame Structure
10.3
LTE Data Rate Calculations
10.4
LTE-Advanced: CoMP
10.5
LTE-Advanced: Carrier Aggregation
10.6
Heterogeneous Networks
10.7
VoLTE
11
5G
11.1
5G Requirements
11.2
5G Technologies
11.3
5G Core Architecture
11.4
5G Deployment Options (NSA vs SA)
11.5
D2D Networks
11.6
5G Applications
11.7
6G Standardization Process
12
Mobility Management
12.1
Mobile IP Concepts
12.2
Mobile IPv4
12.3
Mobile IPv6
12.4
Advanced Mobile IP
12.5
IEEE 802.21 MIH
13
Standards Organizations
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