SPiRIT HF/RFID Simulator (ROSI-3D Project)

This HF/RFID Simulation was developed by research group SPiRIT in project ROSI-3D funded by German Federal Ministry of Education and Research. In this Video a comparison of Wave and Particle simulation approach is shown.

Related Papers:

Hatscher, B., Herzog, M.: Partikel- oder Wellensimulation? Zwei Ansätze zur Indoor-Lokalisierung auf Basis passiver RFID-Technik, Von der Digitalen Fabrik zu Industrie 4.0, Multikonferenz Wirtschaftsinformatik (MKWI) 2016

Hatscher, B., Herzog, M. A., & Friedewald, O.  A game engine based 3D-simulation to support RFID locating in consideration of mobile objects in a radio field. IEEE Networked Systems, NetSys 2015 Cottbus

Augmented Reality App from Simulation Supported RFID Localization

This"Shell Game" scenario in shelf size for broader audience was made for demonstrating simulation supported RFID localization with three antennas for "long night of sciences". The underlying HF/RFID Simulation was developed by research group SPiRIT in project ROSI-3D funded by German Federal Ministry of Education and Research.

Related Papers:

Hatscher, B., Herzog, M.: Partikel- oder Wellensimulation? Zwei Ansätze zur Indoor-Lokalisierung auf Basis passiver RFID-Technik, Von der Digitalen Fabrik zu Industrie 4.0, Multikonferenz Wirtschaftsinformatik (MKWI) 2016

Hatscher, B., Herzog, M. A., & Friedewald, O.  A game engine based 3D-simulation to support RFID locating in consideration of mobile objects in a radio field. IEEE Networked Systems, NetSys 2015 Cottbus

 

DiTAG

 

The »Digital To Analog Gaming Board« is an interface for playing and developing of board games. With the help of RFID technology bridges the gap between analog and digital gaming world.

 

karriereLEBEN-Portal



Interactive prototype (demo mockup)

Pictures from MuC 2013 conference

At this photo gallery our activities at the most important german speaking HCI conference »human and computer 2013 – interactive diversity« are shown.

 

RFID & SocialMedia

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