| Final Submission Deadline :
8 November 2015
|Last date for proposal for pre-conference tutorial and workshop : 1 November 2015|
| Acceptance notification : 5 January 2016
|Last date for Camera ready paper submission :10th February 2016|
|Deadline for Author/Paper registration :28th February 2016|
|Download Your Certificate:|
|NCC 2016 Photographs:|
Session 2: "Developing Next-Generation Wireless Communications Systems Using MATLAB and Simulink"
Advanced modelling and simulation tools from MathWorks enable an
accelerated work-flow from design to implementation of next-generation
communication systems, allowing designers to also leverage
software-defined radio prototyping hardware that helps in design
Through demonstrations, you will learn how to:
Session 4: "Software-Defined Radio Using MATLAB and Simulink"
RTL-SDR is a popular, low cost hardware that can receive wireless signals. With Communications System Toolbox Support Package for RTL-SDR Radio, you can use MATLAB and Simulink to design and prototype systems that process real time wireless signals acquired using an RTL-SDR receiver. In this hands-on workshop, participants will learn how to receive and decode real-world radio signals using Communications System Toolbox and RTL-SDR hardware.
Session 6: "Video Processing on Raspberry Pi Using Simulink"
The Raspberry Pi(r) single-board computer is a popular low-cost, compact
and easy-to-use computing platform. This workshop provides a hands-on
introduction to the built-in support for prototyping, testing, and running
Simulink models on Raspberry Pi. During this workshop, participants will:
Dr. Amod Anandkumar is a senior application engineer focusing on signal processing, computer vision, and communications at MathWorks India. Prior to this role, he was a lead engineer with the Advanced Technology Group at Samsung Research India, Noida for 1.5 years where he developed physical layer techniques for LTE wireless communication systems and novel healthcare applications for smartphones. He was also a Postdoctoral Research Fellow at the Biomedical Signal Analysis Laboratory, GE Global Research, Bangalore, India working on advanced beamforming techniques for ultrasound imaging and novel signal processing solutions for ICU patient monitoring systems, resulting in one U.S. patent filing. Dr. Anandkumar holds a BTech degree from the National Institute of Technology Karnataka and a Ph.D. from Loughborough University, UK. His research interests include applied signal processing, next-generation wireless networks, game theory, and convex optimization. He has published and reviewed papers in numerous international conferences and journals.