2014, núm. 16http://hdl.handle.net/2099/151242024-03-29T14:17:32Z2024-03-29T14:17:32ZWave monitoring using buoy based - wireless sensor nodesParrella, AlessandroKloc, StanislawJaworowski, Rafalhttp://hdl.handle.net/2099/151622020-07-22T21:56:38Z2014-10-06T17:28:08ZWave monitoring using buoy based - wireless sensor nodes
Parrella, Alessandro; Kloc, Stanislaw; Jaworowski, Rafal
2014-10-06T17:28:08ZParrella, AlessandroKloc, StanislawJaworowski, RafalSonar image automatic processing for obstacle detection in AUV navigation system with LabviewGalarza, CesarMungo, Salvatorehttp://hdl.handle.net/2099/151612020-07-22T21:56:41Z2014-10-06T17:20:41ZSonar image automatic processing for obstacle detection in AUV navigation system with Labview
Galarza, Cesar; Mungo, Salvatore
2014-10-06T17:20:41ZGalarza, CesarMungo, SalvatoreMovement and position detection processing data from an accelerometer: motion simulation of an AUV with a inertial navigation system based on myrioTroisi, StefanoServidio, EmidioProvost, Antoinehttp://hdl.handle.net/2099/151602020-07-22T21:56:36Z2014-10-06T17:15:15ZMovement and position detection processing data from an accelerometer: motion simulation of an AUV with a inertial navigation system based on myrio
Troisi, Stefano; Servidio, Emidio; Provost, Antoine
2014-10-06T17:15:15ZTroisi, StefanoServidio, EmidioProvost, AntoineImplementation of sunshine duration sensorDzierzak, RózaNazar, KrzysztofDe Paola, Donatohttp://hdl.handle.net/2099/151592020-07-22T21:56:41Z2014-10-06T17:11:49ZImplementation of sunshine duration sensor
Dzierzak, Róza; Nazar, Krzysztof; De Paola, Donato
2014-10-06T17:11:49ZDzierzak, RózaNazar, KrzysztofDe Paola, DonatoAutomatic morse transceiverBouliou-Hello, ValentinLipták, JozefOriol Pascual, Milàhttp://hdl.handle.net/2099/151582020-07-22T21:56:37Z2014-10-06T17:06:59ZAutomatic morse transceiver
Bouliou-Hello, Valentin; Lipták, Jozef; Oriol Pascual, Milà
2014-10-06T17:06:59ZBouliou-Hello, ValentinLipták, JozefOriol Pascual, MilàAutomatic detection system measuring acoustically the rotation rate and faults in a rotating engineMaz rek, PetrSchneider, JánLe Bougeant, Guénoléhttp://hdl.handle.net/2099/151572020-07-22T21:56:39Z2014-10-06T16:58:33ZAutomatic detection system measuring acoustically the rotation rate and faults in a rotating engine
Maz rek, Petr; Schneider, Ján; Le Bougeant, Guénolé
2014-10-06T16:58:33ZMaz rek, PetrSchneider, JánLe Bougeant, GuénoléAutomatic detection and recording of moving a subject on a videoLeBotlan, Antoinehttp://hdl.handle.net/2099/151562020-07-22T21:56:40Z2014-10-06T16:53:57ZAutomatic detection and recording of moving a subject on a video
LeBotlan, Antoine
2014-10-06T16:53:57ZLeBotlan, AntoineAutomatic detection and recording of moving a subjectGodla, M.Santamaria, G.Tetych, A.http://hdl.handle.net/2099/151552020-07-22T21:56:37Z2014-10-06T16:50:19ZAutomatic detection and recording of moving a subject
Godla, M.; Santamaria, G.; Tetych, A.
2014-10-06T16:50:19ZGodla, M.Santamaria, G.Tetych, A.Acoustic channel frequency responseFúra, ViktorNovák, DanielPaillot, Alexandrehttp://hdl.handle.net/2099/151542020-07-22T21:56:38Z2014-10-06T16:44:46ZAcoustic channel frequency response
Fúra, Viktor; Novák, Daniel; Paillot, Alexandre
2014-10-06T16:44:46ZFúra, ViktorNovák, DanielPaillot, AlexandreNavigation and payload sensors: inertial navigation system, accelerometers, gyroscopes, global navigation satellite system. Electronics associated with the digital measurement chain. Analysis and design of instrumentation. Bus systems instrumentationPaces, Pavelhttp://hdl.handle.net/2099/151532020-07-22T21:56:40Z2014-10-06T16:38:45ZNavigation and payload sensors: inertial navigation system, accelerometers, gyroscopes, global navigation satellite system. Electronics associated with the digital measurement chain. Analysis and design of instrumentation. Bus systems instrumentation
Paces, Pavel
2014-10-06T16:38:45ZPaces, Pavel