EC-503 (B) · MOBILE COMMUNICATION/Official Syllabus
MOBILE COMMUNICATION (EC-503 (B)) - Official Syllabus
1
Unit 1
Introduction to wireless communication systems
- Introduction to wireless communication systems
- different generations of wireless networks
- Cellular system design fundamentals
- frequency reuse
- handoff strategies
- Interference and system capacity
- Trunking and grade of service
2
Unit 2
Mobile radio propagation
- Mobile radio propagation: free space propagation model
- Ground reflection propagation model
- Long term fading
- Small scale multipath propagation
- Time dispersion parameters
- Coherence bandwidth
- Doppler spread and coherence time
- types of small scale fading
- Clarke’s model for flat fading
- level crossing and fading statistics
3
Unit 3
Capacity in cellular systems
- Capacity in cellular systems
- cell splitting and sectoring
- cell-site antennas and mobile antenna
- cochannel interference reduction
- Frequency management and channel assignment
4
Unit 4
Frequency division and time division multiple access
- Frequency division and time division multiple access
- Global System for Mobile: System Architecture
- GSM Radio subsystem
- GSM Traffic Channel and Control Channel
- Frame Structure
5
Unit 5
Spread spectrum multiple access
- Spread spectrum multiple access (Frequency Hopped Multiple Access and. Code Division Multiple Access)
- Different spreading codes
- CDMA Digital Cellular system: different standards with detailed description of forward and reverse channels
- Capacity of cellular systems
Reference Books
- Mobile cellular telecommunication — W. C. Lee — McGraw-Hill
- Wireless communication — T. S. Rappaport — Prentice Hall
- Wireless communication — Simon Haykins — Pearson
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