Scandinavian workshop on testbed based wireless research, Stockholm, November 27th, 2013


Proceedings

The Scandinavian workshop on testbed based wireless research was succesfully held on the 27th of November 2013 and featured eight 14 oral presentations six live demonstrations and one Poster. Below you can find slides of the presentations and videos from the demonstrations and the poster.

A continuing workshop called European workshop on testbed based wireless research will be held the 7th of November 2014.

Oral Presentations

  • An Object-oriented Framework to Speed Up WARP-SDR Development , Matthias Schulz, TU Darmstadt.
  • Evaluating Dynamic OFDMA Subchannel Allocation for Wireless Mesh Networks on SDRs
  • Adrian Loch, TU Darmstadt.
  • Experimental research and testbed of Ultrawideband (UWB) Wireless System , Satyam Dwivedi.
  • Interference Alignment (IA) and Coordinated Multi-Point (CoMP) with IEEE802.11ac feedback compression: testbed results , Per Zetterberg, KTH.
  • Experimental study of selective cooperative relaying in industrial WSN Nikolaj Marchenko, Torsten Andre, Günther Brandner, Wasif Masood, and Christian Bettstetter, Univ. Klagenfurt.
  • Real-world validation of distributed network algorithms with the ASGARD platform , Gilberto Berardinelli, Oscar Tonelli, Preben Mogensen , Aalborg University.
  • Design of Parasitic Antenna Arrays & Experimentation at AIT's B-WiSE Lab, C. B. Papadias, G.C. Alexandropoulos, V. I. Barousis, and L. Roumpakias, Athens Institute of Technology (AIT)
  • Real-time 802.11 on WARP - Enabling Experiments at All Layers Patrick Murphy, Mango Communications
  • WARP-based implementations for Network-Assisted Device-to-Device communications concepts Vicknesan Ayadurai, Ericsson Research
  • LTE network testbed with USRP and general purpose PC , Kalle Ruttik, Aalto University.
  • Toward a Development of LTE for Smart Energy Systems Carlo Fischione, KTH
  • CWC Wireless Networking Lab Tuomo Hanninen, University of Oulo
  • Third Generation USRP Devices and the RF Network-On-Chip Leif Johansson, National Instruments
  • Pushing IA to the (SNR) limit: Experimental results from the Vienna MIMO Testbed. , TU Vienna, Maxime Guillaud, Martin Mayer, Gerald Artner, Martin Lerch (Vienna UT).
  • EchoRing - Ultra-reliable wireless networking for hard real-time applications , James Gross, KTH.
  • Poster

  • Practical testbed demonstration of REM enabled transmitter localization in indoor environments , Daniel Denkovski and Marko Angeljicinosk, Cyril and Methodius University, Skopje
  • Demos

  • An Object-oriented Framework to Speed Up WARP-SDR Development , Matthias Schultz, TU Darmstadt.
  • Practical OFDMA in Wireless Networks with Multiple Transmitter-Receiver Pairs , Adrian Loch, TU Darmstadt.
  • Practical testbed demonstration of REM enabled transmitter localization in indoor environments , Daniel Denkovski and Marko Angeljicinosk, Cyril and Methodius University, Skopje
  • WARP-based implementations for Network-Assisted Device-to-Device communications concepts , Vicknesan Ayadurai, Ericsson
  • EchoRing - Ultra-reliable wireless networking for hard real-time applications , James Gross, KTH
  • Impulse Radio (IR) UWB prototyping and testbed , Satyam Dwivedi, KTH
  • Interference Alignment (IA) and Coordinated Multi-Point (CoMP) with IEEE802.11ac feedback compression , Per Zetterberg, KTH.
  • Organizers

    Per Zetterberg and James Gross at KTH, Royal Institute of Technology.

    Scope

    The Scandinavian workshop on testbed based wireless research aims to bring together researchers from academy, research institutes and industry, who use testbeds to address research issues related to the technology of future wireless systems. There is today a large number of hardware platforms used for building such testbeds, and among the more widely used ones are the USRP, WARP and OpenAirInterface. Whereas these are the more commonly used platforms, the workshop is not limited to these. Testbeds can be used as a vehicle for proof-of-concept demonstrations, for analyzing the impact of RF-impairments, for testing algorithms under realistic assumptions, for reality checks and for many other reasons.

    Acknowledgement

    The workshop is held withing the framework of the Access Linnaeus Centre , RAMCOORAN and the HIATUS project. The Access Linnaeus Centre is sponsored by the Swedish research council, the RAMCOORAN project by the Swedish foundation for strategic research (SSF). The project HIATUS acknowledges the financial support of the Future and Emerging Technologies (FET) programme within the Seventh Framework Programme for Research of the European Commission under FET-Open grant number: 265578.