BIT · Semester VI
Wireless Networking syllabus
Official TU syllabus for Wireless Networking (BIT357): 10 units, 63 topics. Every unit links to its notes and solved questions.
1
Fundamentals of Wireless Communication
1 Q- Definition and scope of wireless communication
- Challenges of wireless communication
- Modulation concept and necessity
- Analog signal conversion from digital data
- Power representation in dBm and dBW
2
Modulation Techniques
3 Q- Amplitude modulation
- Frequency modulation
- Phase modulation
- MSK and GMSK modulation
- DPSK modulation
- QAM modulation and working
- Pulse shaping techniques
- Raised cosine pulse
3
Multiple Access Techniques
2 Q- Time division multiplexing
- Frequency division multiplexing
- TDMA working and operation
- CDMA concept and operation
- Spread spectrum multiple access
- CDMA standards for wireless LAN
4
Signal Propagation and Path Loss
1 Q- Free space propagation model
- Path loss calculation
- Transmitter and receiver antenna gains
- Carrier frequency effects
- Distance effects on signal propagation
5
Fading and Channel Characteristics
3 Q- Large scale fading
- Small scale fading
- Multipath propagation
- Time delay spread
- Rayleigh fading model
- Rician fading model
- Relationship between Rayleigh and Rician fading
6
Signal Processing and Equalization
4 Q- Inter symbol interference
- Equalization concept and necessity
- Equalization algorithms
- Power spectral density
- Power spectral analysis
- OFDM technique and working
- Diversity techniques
- Maximum ratio diversity
- Equal gain diversity
7
Cellular Network Management
3 Q- Dynamic location management
- Handoff management
- Handoff types
- PCS network architecture
- Location management in PCS networks
- Mobility management
8
Mobile IP and Internetworking
3 Q- Mobile IP concept
- Tunneling necessity and operation
- Tunneling in mobile IP
- Internetworking definition
- Internetworking devices
- IPv6 mobility handling
- MANET concept
9
Wireless Routing and Protocols
1 Q- Routing protocols in wireless communication
- Adhoc routing protocols
- Adhoc routing protocol working
10
Cellular Systems and Standards
3 Q- 3G technology problems
- 4G technology solutions and tools
- 4G techniques and standards
- 5G cellular systems
- 5G tools and techniques
- Wireless LAN standards
- WAP protocol
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