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Introduction

Welcome to the IIT Kanpur PYTHON and MATLAB/OCTAVE-Based Winter Training Schools in 5G Wireless Technologies. This is a unique cutting edge project based training school that will feature exhaustive lecture modules and several PYTHON/ MATLAB projects/ case-studies on the latest MIMO, Massive MIMO, mmWave MIMO, NOMA, Cooperative, OFDM, and FBMC technologies for 5G. Participants will be able to gain in-depth knowledge of PYTHON/ MATLAB programming and practical hands-on experience of working on state-of-the-art 5G projects. This in-depth school is the first of its kind that will feature comprehensive and extensive coverage of all the 5G technologies with intensive projects and detailed analysis.

All modules will be held on evenings and weekends for the convenience of participants. PYTHON + MATLAB programming will be explained in detail along with methodologies for building complex 5G research projects and case studies.

How does this program benefit YOU?

UG/ PG students: Learn the latest 5G technologies through PYTHON/ MATLAB projects to prepare for placements in top tech and wireless companies!

PhD Scholars/ Faculty members: Create PYTHON and MATLAB-based courses, online labs or use the knowledge for projects/ thesis in 5G MIMO, Massive MIMO, mmWave MIMO, NOMA, Cooperative Communication, OFDM, and FBMC technologies!

Industry Professionals: Learn practical PYTHON + MATLAB implementation for simulation and analysis of modern 5G systems via extensive lecture modules and complementary projects!

Learn PYTHON/ MATLAB Programming to master the latest 5G MIMO, Massive MIMO, mmWave MIMO, NOMA, Cooperative, OFDM, and FBMC Technologies!

Procedure for Anaconda, Spider, MATLAB/ OCTAVE installation for windows:

Please note participants are required to use Laptop with PYTHON and MATLAB/ OCTAVE installed. Although participants can use any IDE, preferred installation is ANACONDA and Spyder for PYTHON. Since MATLAB is a proprietary software, this has to be acquired and installed by participants themselves. Alternatively, participants can use the free software OCTAVE instead of MATLAB.

Detailed stepwise procedure to install ANACONDA Spyder for free on windows platform can be found in document below
Installation document

Once Spyder IDE is running, please run this TEST CODE to make sure your installation is working as expected.
The SCREEN SHOT of plot is here

The website for download/ installation of OCTAVE is below https://www.gnu.org/software/octave/index

Please note that it is the responsibility of the participants to ensure that Anaconda, Spider and MATLAB/ OCTAVE are installed and running smoothly prior to start of the program.

Important Notes: The school is self-contained and includes research style lecture sessions with concepts, problem formulation, solution approaches, followed by simulation and verification using PYTHON MATLAB-based projects for 5G technologies.

Last dates for registration:
Massive MIMO, mmWave MIMO, Spatial Modulation – 28th Nov, 2022 (CLOSED)
NOMA, Cooperative Comm., OFDM, FBMC – 16th January, 2023 (CLOSED)

Target Audience

  • Ph.D. scholars pursuing research in 5G technologies
  • M.Tech/ B.Tech students undertaking thesis/ projects in 5G technology
  • Faculty members of Engineering Institutions/ Universities
  • Engineers from Wireless Industry and R&D Organizations

The school flyer can be downloaded from here     [PDF]