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DAY 1: July 8, 2019 (MONDAY)                                                     
08:30 AM Registration
09:00 AM- 10:15 AM 5G Technology Roadmap Key Specifications and Technologies
10:15 AM- 10:45 AM Tea Break
10:45 AM- 12:15 PM Overview of Massive MIMO Technology Signal Processing, Precoding, Combining
12:15 PM- 02:00 PM Lunch Break
02:00 PM- 03:15 PM Problem Solving 5G Technologies, MIMO Techniques and Massive MIMO
03:15 PM- 03:45 PM Tea Break
03:45 PM- 05:15 PM Sub 6 GHz Wireless Technology, Beamforming, MIMO, MU-MIMO Design, Diversity
DAY 2: July 9, 2019 (TUESDAY)                                                    
09:00 AM- 10:15 AM Massive MIMO Channel Modeling, Receiver Design, Signal Processing and Performance
10:15 AM- 10:45 AM Tea Break
10:45 AM- 12:15 PM Massive MIMO Channel Estimation, Effect of Imperfect CSI, Multi-Cell Massive MIMO, Pilot Contamination, Spatial Modulation, SSK and GSM
12:15 PM- 2:00 PM Lunch Break
02:00 PM- 03:15 PM Problem Solving Massive MIMO, Performance and Optimization
03:15 PM- 03:45 PM Tea Break
03:45 PM- 05:15 PM Overview of mmWave MIMO, Hybrid Signal Processing, Analog Beamforming, Transceiver Architecture
DAY 3: July 10, 2019 (WEDNESDAY)                                                    
09:00 AM- 10:15 AM mmWave MIMO Channel Modeling, Channel Estimation for mmWave MIMO Systems
10:15 AM- 10:30 AM Tea Break
10:30 AM- 11:30 AM Invited expert lecture on Technology Trends and Real World Applicability by Mr Akshay Aggarwal Director of Technology for MediaTek
11:30 AM- 12:15 PM Optimal Transceiver Design for mmWave MIMO
12:15 PM- 2:00 PM Lunch Break
02:00 PM- 03:15 PM Problem Solving - Hybrid Signal Processing Techniques, Architectures for mmWave MIMO
03:15 PM- 03:45 PM Tea Break
03:45 PM- 05:15 PM mmWave MIMO Transceiver Design (Contd.), RF/ BB Precoder Optimization, RF/ BB Combiner Optimization
DAY 4: July 11, 2019 (THURSDAY)                                                    
09:00 AM- 10:15 AM Overview of NOMA Challenges, Performance Comparison with Orthogonal Multiple Access (OMA)
10:15 AM- 10:45 AM Tea Break
10:45 AM- 12:15 PM Performance Analysis of fixed NOMA, DL/ UL Models, Outage Probability and Optimal Power Allocation
12:15 PM- 2:00 PM Lunch Break
02:00 PM- 03:15 PM Problem Solving NOMA, Performance Analysis for DL/ UL
03:15 PM- 03:45 PM Tea Break
03:45 PM- 05:15 PM Performance Analysis of Ordered NOMA, Probability of Outage, MIMO NOMA
DAY 5: July 12, 2019 (FRIDAY)                                                    
09:00 AM- 10:15 AM Overview of Filter Bank Multicarrier (FBMC) Technology, FBMC OQAM Systems, Advantages over OFDM
10:15 AM- 10:30 AM Tea Break
10:30 AM- 11:30 AM Invited expert lecture on Making 5G NR a reality by Dr. Tanumay Datta, working in Wireless R&D, Qualcomm Bangalore
11:30 AM- 12:15 PM Overview of Filter Bank Multicarrier (FBMC) (Contd.)
12:15 PM - 2:00 PM Lunch Break
02:00 PM- 03:15 PM Problem Solving: OFDM, FBMC Systems, MIMO-FBMC
03:15 PM- 03:45 PM Tea Break
03:45 PM- 05:15 PM MIMO-FBMC Architecture, Transmitter and Receiver Techniques for MIMO-FBMC
05:15 PM Onwards High Tea
DAY 6: July 13, 2019 (SATURDAY)                                                    
09:00 AM- 10:15 AM Full- Duplex Technology, Self-Interference, Analog/ Digital Cancellation
10:15 AM- 10:30 AM Group Photo Session of Course Participants
10:30 AM- 10:45 AM Tea Break
10:45 AM- 12:15 PM Introduction to 5G NB-IoT, 5G New Radio (NR) standards
12:15 PM- 2:00 PM Lunch Break
02:00 PM- 03:15 PM MATLAB Project on Massive MIMO, Receiver Techniques, Channel Estimation
03:15 PM- 03:45 PM Tea Break
03:45 PM- 05:15 PM MATLAB Project on New Modulation Techniques for 5G - Spatial Modulation, Space-Shift Keying and Generalized Spatial Modulation
DAY 7: July 14, 2019 (SUNDAY)                                                    
09:00 AM- 10:15 AM MATLAB Project in mmWave MIMO Channel Modeling, mmWave MIMO Channel Estimation
10:15 AM- 10:45 AM Tea Break
10:45 AM- 12:15 PM MATLAB Project in Optimal Precoder/ Combiner Design for mmWave MIMO Systems, Hybrid Signal Processing
12:15 PM- 2:00 PM Lunch Break
02:00 PM- 03:15 PM MATLAB Project on NOMA Systems, UL/ DL Analysis for Fixed and Ordered NOMA Systems
03:15 PM- 03:45 PM Tea Break
03:45 PM- 05:15 PM MATLAB Project on FBMC and OFDM Implementation, Transmitter/ Receiver for FBMC, MIMO-FBMC Systems