Prof. Aditya K. Jagannatham

Specialized Courses

• Online MATLAB Project Course on Latest MIMO Technologies for 5G Networks and IoT: Massive MIMO, mmWave MIMO, NOMA, Cooperative Communication, Cognitive Radio and IoT (July 27- August 3, 2020).
• MATLAB Project Course on Massive MIMO, Cooperative Communication and Cognitive Radio for 5G in Visakhapatnam (January 6-11, 2020).
• MATLAB Project Course on Design and Performance Analysis of 5G Wireless Systems: mmWave, Massive MIMO, NOMA, FBMC, Full Duplex and IoT (November 13-19, 2019).
• MATLAB Project Course in Bangalore on 5G Wireless Technologies: Massive MIMO, mmWave MIMO, NOMA, Full Duplex (FD), OFDM/ FBMC and NB-IoT (April 27-30, 2019).
• Mini-Project Course in Hyderabad on MU-MIMO, Massive MIMO and OFDM Technologies for 5G Networks (April 27-30, 2019).
• Massive MIMO and Millimeter Wave (mmWave) MIMO Technologies for 5G Networks (January 3-6, 2019).
• mmWave MIMO and Filter Bank Multi-Carrier Technologies for 5G Networks - Bengaluru (July 25-28, 2018).
• Game Theory and Competitive Strategies for 4G/ 5G Wireless Networks (February 19-21, 2018).
• Optimization for 5G Cellular Networks, Compressive Sensing and Data Science:With CVX-MATLAB Project (October 5-8, 2017).
• Massive MIMO, OFDM 4G/5G Wireless Technologies (June 20-23, 2017).
• 5G Multi-User MIMO and massive MIMO Systems - Bengaluru (June 14-16, 2017).
• Spectrum Sensing for MIMO-OFDM Cognitive Radio Systems (April 21-23, 2017).
• Signal Processing for 5G Massive MIMO Wireless Systems (January 28-31, 2017).
• Cooperative 4G/5G MIMO Wireless Technology and Research - Bengaluru (December 28-30, 2016).
• Cognitive Radio and Wireless Communication -Theory, Practice and Security (September 1-10, 2016).
• Cooperative 4G 5G Wireless Communications (May 27-29, 2016).
• MIMO-OFDM Wireless Communication (February 19-21, 2016).
• Convex Optimization for Wireless Communications (November 16 - 18, 2015).
• Detection Theory for Communications and Signal Processing (April 27 - 29, 2015).
• Estimation Theory for Communications and Signal Processing (Jan 21 - 23, 2015).
• Convex Optimization for Wireless Communications (Sep 15 - 17, 2014).
• Applied Game Theory for Engineers and Managers (Jun 20 - 24, 2014).
• Cognitive Radio: A New Paradigm in Wireless (Oct 20 - 22, 2013).
• Wireless Sensor Networks: Theory and Challenges (Jun 22 - 24, 2013).
• MIMO-OFDM Based Advanced 4G Cellular Networks (Jan 11 - 13, 2013).
• Wireless Sensor Networks: From Theory to Practice (May 24-26, 2012).
• Cognitive Radio: The Next Frontier in Wireless Communications (Oct. 20-22, 2011).
• OFDM Based 4G Cellular Standards: LTE and WiMAX (May 9-11, 2011).
• Cognitive Radio: The Next Frontier in Wireless Communications (Nov. 23-25, 2010).
• OFDM Based Next Generation Wireless Standards (May 17-19, 2010).
• Cellular Technologies: 3G and Beyond (Nov. 26-28, 2009).

Classes

• EE698Q 5G Wireless Technologies (Spring'19).
• ESC201 Introduction to Electronics (Fall'15).
• EE623 Detection and Estimation Theory (Spring'15).
• EE670 Wireless Communications (Fall'14).
• EE670 Wireless Communications (Spring'14).
• EE602 Statistical Signal Processing (Fall'13).
• EE670 Wireless Communications (Spring'13).
• EE698W Convex Optimization for SP/COMM (Spring'13).
• EE682 Game Theory for Wireless Communication (Spring'13).
• EE624 Information and Coding Theory (Fall'12).
• EE670 Wireless Communications (Spring'12).
• EE698A Applied Game Theory (Spring'12).
• EE320 Principles of Communications (Fall'11).
• EE670 Wireless Communications (Spring'11).
• EE320 Principles of Communications (Fall'10).
• EE670 Wireless Communications (Spring'10).