CREW demonstration videos
On this page, tutorial and demonstration videos are available as follows. For more CREW-related videos, the dedicated YouTube channel is available.
- Tutorials on how to use the facilities
- Videos of core partners experiments on CREW facilities
- Videos of experiments performed by OC1 partners
- Videos of experiments performed by OC2 partners
- Videos of experiments performed by OC3 partners
Tutorials on how to use the facilities
Below is a list of video tutorials on how to use the facilities. The slides are also available.
w-iLab.t Testbed Tutorial
TWIST Testbed Tutorial
Overview of Iris testbed
Usage of the LTE Testbed: a tutorial
LOG-a-TEC sensor network testbed
Experiments by the core consortium
WLAN Handover on the Iris software radio platform (Trinity College Dublin)
A moving interfering robot (iMinds and imec)
SUMO toolbox and efficient optimization of wireless network problems (iMinds)
Usage of Cognitive Components on w-iLab.t
Experiments by Open Call 1 partners
Collaborative spectrum sensing (Tecnalia Research and Innovation)
Device sensitivity and environment measurements (University of Durham)
CCA agent in a CSMA MAC using Iris (Technische Universitat Ilmenau)
Experiments by Open Call 2 partners
Online Monitoring of Spectrum Sensing Delay and Energy Consumption (University of Thessaly and NICTA)
Check the experiment leaflet to see what we did and how CREW helped!
The Experimental coexistence study in TV bands (CREW-TV) (IT and CMSF)
No demo video yet, but an interactive demo is available!. Check the experiment leaflet to see what we did and how CREW helped!
Control Channels for Cognitive Radio Systems (EVOLVE) (WINGS ICT Solutions)
Check the experiment leaflet to see what we did and how CREW helped!
The Wireless MAC Processor enabling Cognitive Access BenchmarkINg (CABIN-CREW) (CNIT)
Check the experiment leaflet to see what we did and how CREW helped!
Experiments by Open Call 3 partners
Game Theoretical Experiments on Interference Coordination in Cognitive Radio Environments (GAME-COG-NET) (Technical University of Cluj-Napoca)
A spectrum sensing cross-layer routing infrastructure for interconnected mesh networks (PicoMesh) (TASS)
Attachment | Size |
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CNIT_material_4_leaflet.pdf | 171.24 KB |
CREW-TV leaflet.pdf | 345.44 KB |
UTH_NICTA_CREW_leaflet.pdf | 10.24 MB |
WINGS-Experiment-benefits.pdf | 905.13 KB |