Tentative PROGRAM - Centro de Automática y Robótica

SS9.4SS9.5Lifestyle evaluation using wearable technologies: opportunities for stroke patientsIGER: An Intelligent Game Engine for RehabilitationFabien Massé, Anisoara Paraschiv-­‐Ionescu, Bernard Ženko, Sašo Džeroski and Kamiar AminianN.A. Borghese, M. Pirovano, R. Mainetti and P.L. LanziSS9.6ArmAssist: an integrated solution for telerehabilitation of post-­‐stroke arm impairmentJoel C. Perry, Haritz Zabaleta, Aitor Belloso, Cristina Rodriguez-­‐De-­‐Pablo, Francesca Cavallaro and Thierry KellerSpecial SessionSS10-­‐ Neurorehabilitation Technology: a joint technical, clinical, and basic effortContributionSS10.1 Do we need allowing arm movements for rehabilitation of gait?AuthorsDigna de Kam, Jacques Duysens and Volker DietzDayFr16Time16-­‐17:30SS10.2 New Technology in rehabilitation: possibilities and limitationsSS10.3 Neurorehabilitation after a spinal cord injury: Significance of technologyP. Schenk, G. Colombo, and I. MaierV. DietzPoster SessionP5.1P5.2P5 -­‐ Poster SessionContributionMotor-­‐prediction improvements after virtual rehabilitation in geriatrics: frail patients reveal different learning rates for movement and postural control.The Effects of Nintendo's Wii® on posture Control on Patients Affected by DCA.AuthorsDayTh15Time16-­‐17:3018:30-­‐20Alexandre Kubicki, Francois Bonnetblanc and France MoureyAna Vicario MéndezP5.3P5.4TeleREHA: online/offline web platform for telerehabilitation of post-­‐stroke arm impairmentAssessment of a telerehabilitation program by virtual reality-­‐video games systems: postural control and multiple sclerosisP5.5 A Home-­‐based Massed Practice System for Pediatric NeurorehabilitationJavier Arcas, Joel C. Perry, Cristina Rodríguez de Pablo and Thierry KellerRosa Ortiz Gutiérrez, Roberto Cano de La Cuerda, Fernando Galán Del Río, Isabel Mª Alguacil Diego, Cesar Fernández de Las Peñas, Francisco Molina Rueda and Juan Carlos Miangolarra PageYi-­‐Ning Wu, Veton Saliu, Noah Donoghue, John Donoghue and Karen KermanP5.6Rehabilitation of Phantom Limb Pain Using an Immersive Robotic Sensorimotor Training ParadigmPeter Snow and Rui LoureiroP5.7Consistent arm rehabilitation training from clinical to home training: integrating the Universal Haptic drive in the TeleReha Software PlatformP5.8 A telerehabilitation system for hand functional trainingP5.9P5.10P5.11Examining the effectiveness of a new software technology platform for cognitive and physical training in mild cognitive impairment and healthy older adultsUse of virtual reality system Toyra to develop an objective set of parameters to evaluate the motor abilities of upper limbs in patients with spinal cord injuryRobotic Platform to Evaluate the Assistance and Assessment on the Rehabilitation LoopP5.12 Virtual reality based tool for motor function assessment in stroke survivorsP5.13Remote monitoring of post-­‐stroke patients suffering from Apraxia and Action Disorganisation SyndromeJan F. Veneman, Je Hyung Jung, Joel C. Perry and Thierry KellerAzzurra Chiri, Mario Cortese, Paulo Rogério de Almeida Ribeiro, Marco Cempini, Nicola Vitiello, Surjo R. Soekadar and Maria Chiara CarrozzaManuel Franco Martin, Fátima González Palau, Fernando Jiménez, Esther Parra, Raquel Losada, Teresa Cid, Pablo Gomez Canejo, Mara Bernate, Jose Miguel Toribio, Yuri Ruiz, Abdel Solis and Yolanda BuenoFernando Trincado, Alberto Bernal-­‐Sahún, Patricia López-­‐Monteagudo, Iris Dimbwadyo Terrer, Benito Peñasco-­‐Martín and Ángel Gil-­‐AgudoXavier Giralt, Luis Ernesto Amigo, Alicia Casals and Josep AmatBelén Rubio Ballester, Jens Nirme, Esther Duarte, Ampar Cuxart, Susana Rodríguez, Armin Duff and P. F. M. J . VerschureLaura Pastor-­‐Sanz, Matteo Pastorino, Maria Teresa Arredondo, Melanie Wulff and Alan M. WingP5.14 E-­‐Textile Platform For Movement Disorder TreatmentLaura Caldani, Carlo Mancuso and Rita ParadisoP5.15 Wearable Electrogoniometer for Knee Joint Parameters CaptureCarlo Mancuso, Gianluca De Toma and Rita Paradiso