Stem rehabilit$ (all stems)

46 papers:

DATE-2015-GuardatiCFB #framework

Paper, pen and ink: an innovative system and software framework to assist writing rehabilitation (LG, FC, EF, LB), pp. 1473–1478.

CHI-2015-SmeddinckHM #aspect-oriented #functional #game studies

Exergames for Physiotherapy and Rehabilitation: A Medium-term Situated Study of Motivational Aspects and Impact on Functional Reach (JDS, MH, RM), pp. 4143–4146.

CHI-2015-TetterooVGMKVM #development #framework #lessons learnt #physics

Lessons Learnt from Deploying an End-User Development Platform for Physical Rehabilitation (DT, PV, IG, MM, EK, DV, PM), pp. 4133–4142.

DHM-EH-2015-GieserBM #artificial reality #gesture #realtime #recognition #using

Real-Time Static Gesture Recognition for Upper Extremity Rehabilitation Using the Leap Motion (SNG, AB, FM), pp. 144–154.

DHM-EH-2015-YamamotoBAKHJSO #music

The Transfer of Expertise in Conducting a Participatory Music Therapy During a Combined Rehabilitation-Recreational Program in an Elderly Care Facility (AY, HCBJ, TA, HK, KH, MJ, MS, TO, AG, NK, NK, HH), pp. 500–511.

DUXU-IXD-2015-CaiLLH #case study #experience #research #speech #user interface

User Experience Research on the Rehabilitation System of Speech-Impaired Children — A Case Study on Speech Training Product (WC, JL, QL, TH), pp. 562–574.

SAC-2015-UshawDEM #benchmark #game studies #metric

Benchmarking motion sensing devices for rehabilitative gaming (GU, RD, JAE, GM), pp. 143–148.

CASE-2014-HsiehL #lightweight

A lightweight gravity-balanced exoskeleton for home rehabilitation of upper limbs (HCH, CCL), pp. 972–977.

CASE-2014-PuTC #design #development #smarttech

Design and development of the wearable hand exoskeleton system for rehabilitation of hand impaired patients (SWP, SYT, JYC), pp. 996–1001.

CHI-2014-AyoadeB #novel

A novel knee rehabilitation system for the home (MA, LB), pp. 2521–2530.

DUXU-DI-2014-BarrosSF

Use of Immersive Reality and Haptic Devices in Rehabilitation after Cerebral Vascular Accident: Clinical Perspectives and Neuro-Image Evidence (HOB, MMS, ELRF), pp. 501–508.

DUXU-DI-2014-GotsisLRHPFTJ #artificial reality #case study #design #game studies #named #video

Skyfarer: Design Case Study of a Mixed Reality Rehabilitation Video Game (MG, VL, PR, LLH, ICP, FF, DT, MJM), pp. 699–710.

HCI-AS-2014-DiasDH #fuzzy #interactive #modelling #quality #using

Exploring B-Learning Scenarios Using Fuzzy Logic-Based Modeling of Users’ LMS Quality of Interaction in Ergonomics and Psychomotor Rehabilitation Academic Courses (SBD, JAD, LJH), pp. 233–243.

HCI-AS-2014-SjolinderEBFHSNB #approach #development #multi

A Multi-disciplinary Approach in the Development of a Stroke Rehabilitation Tool (MS, ME, ILB, MF, PH, DS, SN, JB), pp. 351–362.

KEOD-2014-DogmusPE #natural language #ontology #query

Answering Natural Language Queries about Rehabilitation Robotics Ontology on the Cloud (ZD, VP, EE), pp. 75–83.

RE-2014-PutnamC #approach #game studies #multi #requirements

Therapist-centered requirements: A multi-method approach of requirement gathering to support rehabilitation gaming (CP, JC), pp. 13–22.

SAC-2014-GraziadioDSSUME #game studies #identification #video

Bespoke video games to provide early response markers to identify the optimal strategies for maximizing rehabilitation (SG, RD, KS, KMAS, GU, GM, JAE), pp. 20–24.

CASE-2013-ChenZL #approach #design #novel

A novel design approach for lower limb rehabilitation training robot (JC, XZ, RL), pp. 554–557.

CASE-2013-JiangSCBG #synthesis

Moving trajectories and controller synthesis for an assistive device for arm rehabilitation (LJ, RS, MHMC, LEB, GG), pp. 268–273.

CASE-2013-LiuTYG #modelling

Modeling of pure percussive drilling for autonomous robotic bridge decks rehabilitation (FL, MT, JY, NG), pp. 1063–1068.

CASE-2013-ShisheieJBC #design #string #using

Design and fabrication of an assistive device for arm rehabilitation using twisted string system (RS, LJ, LEB, MHMC), pp. 255–260.

CHI-2013-AnanthanarayanSCPS #smarttech #towards #visualisation

Pt Viz: towards a wearable device for visualizing knee rehabilitation exercises (SA, MS, AC, HP, KAS), pp. 1247–1250.

CHI-2013-BoulangerBGKSTSDB

Stroke rehabilitation with a sensing surface (CNB, AB, LdG, AK, KS, RT, ZS, PHD, SB), pp. 1243–1246.

CHI-2013-UzorB #design #tool support

Exploring & designing tools to enhance falls rehabilitation in the home (SU, LB), pp. 1233–1242.

DUXU-CXC-2013-DuckworthTSW #design #interactive

Designing Co-located Tabletop Interaction for Rehabilitation of Brain Injury (JD, PRT, DS, PHW), pp. 391–400.

DUXU-NTE-2013-BarrosSFCC #analysis #artificial reality #people

Virtual Reality Immersion: An Important Tool for Diagnostic Analysis and Rehabilitation of People with Disabilities (HOB, MMS, ELRF, WC, FC), pp. 337–344.

HCI-AMTE-2013-FedericiBM #assessment #evaluation #framework #interactive #process

Environmental Evaluation of a Rehabilitation Aid Interaction under the Framework of the Ideal Model of Assistive Technology Assessment Process (SF, SB, MLM), pp. 203–210.

CHI-2012-AlankusK #game studies #video

Reducing compensatory motions in video games for stroke rehabilitation (GA, CK), pp. 2049–2058.

CHI-2012-UzorBS #design #tool support

Senior designers: empowering seniors to design enjoyable falls rehabilitation tools (SU, LB, DS), pp. 1179–1188.

KEOD-2012-DogmusGPE #maintenance #ontology

Developing and Maintaining an Ontology for Rehabilitation Robotics (ZD, GG, VP, EE), pp. 389–395.

CHI-2011-BalaamEFRHWNAHRMB #design #motivation

Motivating mobility: designing for lived motivation in stroke rehabilitation (MB, SRE, GF, TR, AMH, AW, TN, LA, EH, IR, SM, JHB), pp. 3073–3082.

CHI-2011-TaylorAGC #internet

Group pulmonary rehabilitation delivered to the home via the internet: feasibility and patient perception (AT, AA, DG, JC), pp. 3083–3092.

CSCW-2011-BagalkotS #collaboration #named #towards

MagicMirror: towards enhancing collaborative rehabilitation practices (NB, TS), pp. 593–596.

HCI-UA-2011-FriedmanRB #interactive #realtime

A Real-Time Interactive MIDI Glove for Domicile Stroke Rehabilitation (NF, DJR, MB), pp. 151–158.

HCI-UA-2011-HarleyRGHB #design #game studies #interactive

The Design of an Interactive Stroke Rehabilitation Gaming System (LH, SR, MG, SH, DFB), pp. 167–173.

HCI-UA-2011-Vera-MunozAPOPB #evaluation #usability

Results of the Usability and Acceptance Evaluation of a Cardiac Rehabilitation System (CVM, MTA, IP, MO, JMPB, ADdB), pp. 219–225.

CASE-2010-HuangL #assessment

Comprehensive planning of robotic therapy and assessment of task-oriented functions via improved QFD applicable to hand rehabilitation (YYH, KHL), pp. 252–257.

CASE-2010-WangL #3d #hybrid

Hybrid impedance control of a 3-DOF robotic arm used for rehabilitation treatment (JW, YL), pp. 768–773.

CHI-2010-AlankusLMK #game studies #towards

Towards customizable games for stroke rehabilitation (GA, AL, MM, CK), pp. 2113–2122.

CHI-2010-MaitlandC #self

Self-monitoring, self-awareness, and self-determination in cardiac rehabilitation (JM, MC), pp. 1213–1222.

CASE-2009-HuangL #approach #assessment #effectiveness #multi

A multi-disciplinary approach for effective hand rehabilitation with clinical-based assessment outcomes (YYH, KHL), pp. 597–603.

CASE-2009-ParasuramanOG #development

Development of robot assisted stroke rehabilitation system of human upper limb (SP, AWO, VG), pp. 256–261.

DHM-2007-LeeFCBEAP #finite #modelling #using

Finite Element Modeling to Aid in Refining the Rehabilitation of Amputees Using Osseointegrated Prostheses (WL, LF, NJC, RB, JE, CA, MJP), pp. 655–658.

ICEIS-v1-2001-SharpED #architecture #multi

A Layered Architecture for Multi-Agent Systems to Support a Water Main Rehabilitation Strategy 299 (BS, ERE, AD), pp. 304–310.

HCI-CCAD-1999-AttreeRB #artificial reality #assessment #memory management

Virtual reality in assessment and rehabilitation of impaired memory following brain damage (EAA, FDR, BMB), pp. 1100–1104.

HCI-SEC-1997-Okamoto #information management #interface #people #theory and practice #towards

Toward Rehabilitation Cognitive Engineering-Gap Between Theory and Practice in the Human Interface of Information Processing Devices for People with Disabilities (AO), pp. 551–554.