List of papers

• Martin Atzmueller:
  Mining Social Interaction - Ubiquitous Sensors and Social Media
  (FutureRFID 2014, pp.5-13., 2014.)
  doi: 10.17048/FutureRFID.1.2014.5
• Marianna Bolla, Ahmed Elbanna:
  Extending the Rash model to a multiclass parametric network model
  (FutureRFID 2014, pp.15-22., 2014.)
  doi: 10.17048/FutureRFID.1.2014.15
• István Fazekas, Péter Magyar, Tamás Gregus, Gábor Geda:
  RFID from the air - Product localisation with RFID scanner, carried by autonomic drone, aided by visual markers
  (FutureRFID 2014, pp.23-34., 2014.)
  doi: 10.17048/FutureRFID.1.2014.23
• Attila Géczy, Gergely Horváth, Levente Dudás, László Gál, István Hajdu, Gábor Harsányi:
  RFID cards on biodegradable substrates - Realization aspects and future trends
  (FutureRFID 2014, pp.35-42., 2014.)
  doi: 10.17048/FutureRFID.1.2014.35
• Alexander Hambalík:
  WPAN and WBAN-based micro-networks in the light of the used protocols, services and network security
  (FutureRFID 2014, pp.43-51., 2014.)
  doi: 10.17048/FutureRFID.1.2014.43
• Szabolcs Karsai, Zsolt Tóth:
  Comparison of WiFi-based indoor positioning techniques
  (FutureRFID 2014, pp.53-60., 2014.)
  doi: 10.17048/FutureRFID.1.2014.53
• Zoltán Kató:
  Using RFID traceability solutions for building confidence in Romanian food industry - a possible solution to survive in the economic crisis context
  (FutureRFID 2014, pp.61-69., 2014.)
  doi: 10.17048/FutureRFID.1.2014.61
• Sándor Király, Tibor Radványi, Csaba Biró:
  Reading data of sensor nodes belonging to an integrated RFID-sensor network with an RFID handheld reader
  (FutureRFID 2014, pp.71-77., 2014.)
  doi: 10.17048/FutureRFID.1.2014.71
• László Kovács, Gábor Kusper:
  Special requirements on ontology for customer support in Internet of Things
  (FutureRFID 2014, pp.79-92., 2014.)
  doi: 10.17048/FutureRFID.1.2014.79
• Zoltán Krizsán, Szilveszter Kovács:
  Simulation Framework of Autonomous Robots as ROS basis
  (FutureRFID 2014, pp.93-100., 2014.)
  doi: 10.17048/FutureRFID.1.2014.93
• Gábor Kusper:
  Definition of digital ownership, digital data treasure, informationbank, some use cases and a business model
  (FutureRFID 2014, pp.101-113., 2014.)
  doi: 10.17048/FutureRFID.1.2014.101
• Von René von Lipinski, Markus Richter, Jörg Reiff-Stephan:
  Intelligent sensor systems for self-optimising production chains
  (FutureRFID 2014, pp.115-125., 2014.)
  doi: 10.17048/FutureRFID.1.2014.115
• Pavol Marák, Alexander Hambalík:
  Software system for processing and analysis of fingerprints and determination of necessary parameters
  (FutureRFID 2014, pp.127-134., 2014.)
  doi: 10.17048/FutureRFID.1.2014.127
• Ádám Zsolt Nagy, Gábor Fehér, Balázs Lajtha, Tamás Szincsák:
  User activity recognition on mobile clients for Smart Public Transport Services
  (FutureRFID 2014, pp.135-142., 2014.)
  doi: 10.17048/FutureRFID.1.2014.135
• Sándor Plósz, Csaba Lukovszki, Gergely Hollósi:
  Visual feature recognition based indoor localization
  (FutureRFID 2014, pp.143-150., 2014.)
  doi: 10.17048/FutureRFID.1.2014.143
• Barnabás Szász, Rita Fleiner, András Micsik:
  Practical uses of location and event data as Linked Open University Data
  (FutureRFID 2014, pp.151-159., 2014.)
  doi: 10.17048/FutureRFID.1.2014.151
• Laszlo Szathmary, Márton Ispány:
  CGT: a vertical miner for frequent equivalence classes of itemsets
  (FutureRFID 2014, pp.161-169., 2014.)
  doi: 10.17048/FutureRFID.1.2014.161
• Tamás Szimkovics:
  Analysis a project at learner used collaboration of educational process promote collaboration application
  (FutureRFID 2014, pp.171-176., 2014.)
  doi: 10.17048/FutureRFID.1.2014.171
• David Zaborszky, Krisztina Erdelyi:
  Defining metric to help environmental friendly use of mobile phones
  (FutureRFID 2014, pp.177-184., 2014.)
  doi: 10.17048/FutureRFID.1.2014.177