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- Advanced 3G and 4G Wireless Mobile Communications
Curriculum
- 1 Section
- 40 Lessons
- 10 Weeks
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- Advanced 3G and 4G Wireless Mobile Communications40
- 2.1Introduction to 3G/4G Standards
- 2.2Wireless Channel & Fading
- 2.3Rayleigh Fading & BER of Wired Communication
- 2.4BER for Wireless Communication
- 2.5Introduction to Diversity
- 2.6Multi-Antenna Maximal Ratio Combiner
- 2.7BER with Diversity
- 2.8Spatial Diversity & Diversity Order
- 2.9Wireless Channel & Delay Spread
- 2.10Coherence Bandwidth of the Wireless Channel
- 2.11ISI & Doppler in Wireless Communications
- 2.12Doppler Spectrum & Jakes Model
- 2.13Introduction to CDMA, Spread Spectrum & LFSR
- 2.14Generation & Properties of PN Sequences
- 2.15Correlation of PN Sequences & Jammer Margin
- 2.16CDMA Advantages & RAKE Receiver
- 2.17Multi-User CDMA Downlink – Part I
- 2.18Multi-User CDMA Downlink – Part II
- 2.19Multi-User CDMA Uplink & Asynchronous CDMA
- 2.20CDMA Near-Far Problem & Introduction to MIMO
- 2.21MIMO System Model & Zero-Forcing Receiver
- 2.22MIMO MMSE Receiver & Introduction to SVD
- 2.23SVD Based Optimal MIMO Transmission & Capacity Part 1
- 2.24SVD Based Optimal MIMO Transmission & Capacity Part 2
- 2.25OSTBCs & Introduction to V-BLAST Receiver
- 2.26V-BLAST & MIMO Beamforming
- 2.27Introduction to OFDM & Multi-Carrier Modulation
- 2.28IFFT Sampling for OFDM
- 2.29OFDM Schematic & Cyclic Prefix
- 2.30OFDM Based Parallelization & OFDM Example
- 2.31OFDM Example & Introduction to MIMO-OFDM
- 2.32MIMO-OFDM
- 2.33Impact of Carrier Frequency Offset (CFO) in OFDM
- 2.34PAPR in OFDM Systems & Introduction to SC-FDMA
- 2.35SC-FDMA & Introduction of Wireless Propagation Models
- 2.36Ground Reflection & Okumura Models
- 2.37Hata Model & Log Normal Shadowing
- 2.38Link Budget Analysis
- 2.39Introduction to Teletraffic Theory
- 2.40Cellular Traffic Modeling & Blocking Probability