In this hands-on session, we will guide interested attendees through the whole process of creating a FIT/CorteXlab compliant transmission scheme with GNU Radio from an empty gnuradio-companion sheet. We will also show how to use advanced debug techniques on FIT/CorteXlab, such as viewing the signals transmitted inside the FIT/CorteXlab experimentation room with our web-based spectrum analyser system. The ultimate objective of this hands-on session is to enable communications and signal processing savvy attendees, to jump start their own experiments with GNU Radio on FIT/CorteXlab.
- Home
- 1st Grid’5000-FIT school
- Calls for practical sessions and presentations
- Program
- Benchmarking OpenStack with EnOS
- BigData Experiments with Grid5000
- Chameleon: Towards Providing New Capabilties for Experimental Computer Science
- CorteXlab: open source PHY layer with GNU Radio
- Distributed systems and networking emulation with Distem
- Experimenting Coded Slotted Aloha (Work-in-Progress)
- Experimenting with Virtual SDXs using Chameleon and ExoGENI
- First experiment on IoT-LAB testbed
- FogIoT Orchestrator: an Orchestration System for IoT Applications in Fog Environment
- Forget about the Clouds, Shoot for the MOON
- Getting started with Grid’5000
- Improving locality of an object store in a Fog Computing environment
- IoT-LAB Hackathon
- Monitoring energy consumption in Grid’5000 experiments
- Monitoring Testbed Experiments with MonEx
- Overview of IoT embedded operating systems and protocols
- Research Challenges for Distributed Sensing Applications
- RIOT: an Open Source Operating System for Low-end Embedded Devices in the IoT
- SAFC: Scheduling and Allocation Framework for Containers in a Cloud Environment
- Towards Reproducible Wireless Experiments Using R2lab
- Wish list Hands-on
- Registration
- Practical information
- TILECS 2019
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