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Qualitative Tracking of Objects in a Smart Home: A Passive RFID Approach Based on Decision Trees.

, , , , and . PETRA, page 2. ACM, (2016)

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Human activity recognition in smart homes: Combining passive RFID and load signatures of electrical devices., , , , and . IEEE IA, page 22-29. IEEE, (2014)New frequent pattern mining algorithm tested for activities models creation., , and . CICARE, page 69-76. IEEE, (2014)An effective identification of the induction machine parameters using a classic genetic algorithm, NSGA II and θ-NSGA III., , , and . IISA, page 1-6. IEEE, (2015)A practical comparison between filtering algorithms for enhanced RFID localization in smart environments., , , , and . IISA, page 1-6. IEEE, (2015)Effect of Ecological Gestures on the Immersion of the Player in a Serious Game., , and . SGDA, volume 8778 of Lecture Notes in Computer Science, page 21-33. Springer, (2014)A new computational method for stator faults recognition in induction machines based on hyper-volumes., , , and . EIT, page 216-220. IEEE, (2015)Discovery of topological relations for spatial Activity Recognition., , and . CIDM, page 73-80. IEEE, (2013)Activity recognition in smart homes based on electrical devices identification., , , and . PETRA, page 7:1-7:8. ACM, (2013)A Novel and Distributed Approach for Activity Recognition Inside Smart Homes., , , and . SmartWorld/SCALCOM/UIC/ATC/CBDCom/IOP/SCI, page 726-733. IEEE, (2018)Real-Time Activity Prediction and Recognition in Smart Homes by Formal Concept Analysis., , , and . Intelligent Environments, page 103-110. IEEE, (2016)