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1. Online Social Exergames for Seniors

Author

Konstantinidis, Stathis Th., primary, Brox, Ellen, additional, Kummervold, Per Egil, additional, Hallberg, Josef, additional, Evertsen, Gunn, additional, and Hirche, Johannes, additional

Published
2020
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2. GameUp: Exergames for Mobility – A Project to Keep Elderly Active

Author

Brox, Ellen, Konstantinidis, Stathis Th., Evertsen, Gunn, Fernandez-Luque, Luis, Remartinez, Antonio, Oesch, Peter, Civit, Anton, Magjarevic, Ratko, Editor-in-chief, Ładyżyński, Piotr, Series editor, Ibrahim, Fatimah, Series editor, Lacković, Igor, Series editor, Rock, Emilio Sacristan, Series editor, Kyriacou, Efthyvoulos, editor, Christofides, Stelios, editor, and Pattichis, Constantinos S., editor

Published
2016
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4. Online Social Exergames for Seniors

Author

Konstantinidis, Stathis Th., primary, Brox, Ellen, additional, Kummervold, Per Egil, additional, Hallberg, Josef, additional, Evertsen, Gunn, additional, and Hirche, Johannes, additional

Published
2016
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7. Exercise technology - part of future fall prevention?

Author

Brox, Ellen, Røberg, Linda, Brønlund, Marie, and Kummervold, Per Egil

Abstract

Bakgrunn: Kan treningsteknologi være en del av et fremtidig fallforebyggende tilbud? To teknologier for fallforebygging ble testet på eldre personer med fallrisiko. En webapp for trening ble testet på et fallforebyggende treningsprogram i Tromsø, og et Kinect treningsspill ble testet på dagsenter i Alta. Metode: I Tromsø ble det brukt spørreskjema, observasjoner samt telefonintervjuer med eldre som prøvde teknologien hjemme. I Alta ble det brukt observasjoner. Teknologien ble utviklet med brukersentrert design og utvikling med fysioterapeuter,eldre og IKT-forskere. Funn: Webappen fikk gode tilbakemeldinger fra profesjonelle og eldre brukere, men observasjoner viste at eldre bør få individuell veiledning av fysioterapeut, spesielt hvis den skal brukes hjemme. En slik app bør også ha muligheter for individuell tilpasning. Eldre som testet webappen hjemme brukte den fortsatt etter tre måneder. Treningsspillet som ble testet var for krevende både for fysioterapeutene og for de eldre brukerne. Det er også plasskrevende. Konklusjon: En enkel webapp kan fungere som et alternativ for et vanlig treningsprogram med øvelser for hjemmetrening mens et Kinect trtreningspill blir for krevende. Exercise technology - part of future fall prevention? publishedVersion

Published
2018

8. Teknologi til fallforbygging – prosjektrapport Falltek

Author

Brox, Ellen, Kummervold, Per Egil, Bye, Geir, Ellingsen, May-Britt, Waldahl, Ragnhild Holmen, and Lo, Christian

Subjects
innovasjon, fallforebygging, Falltek, teknologi
Abstract

Fallforebygging er høyt prioritert i kommunene og Falltek (www.falltek.no) hadde som mål å utvikle og bruke motiverende teknologi til fallforebyggende trening. Gjennom å kombinere følgeforskning og utvikling av teknologi kan vi • Bedre fange opp brukerbehov • Støtte innovative prosesser i kommunene og • Tilpasse teknologiutviklingen til brukerbehov og kommunens organisering

Published
2018

10. Preface

Author

Pivec, Maja, Gründler, Josef, Admiraal, Wilfried, Alemi, Minoo, All, Anissa, Almeida, Ana, Amresh, Ashish, Arnab, Sylvester, Ask, Kristine, Avouris, Nikolaos, Awwal, Nafisa, Hauge, Jannicke Baalsrud, Badau, Dana, Barata, Ana, Barendregt, Wolmet, Basaiawmoit, Rajiv, Bellotti, Francesco, Blanchfield, Peter, Borit, Melania, Boskic, Natasha, Boyle, Liz, Brady, Mairead, Bratitsis, Tharrenos, Brinch, Sara, Brom, Cyril, Brooks, Anthony, Brown, David, Brox, Ellen, Busch, Carsten, Caldeira, Carlos, Callies, Sophie, Cardoso, Tiago, Carron, Thibault, Casimir, Rommert, De Castro, António Vieira, Chang, Maiga, Charalambis, Dimitris, Charles, Darryl, Charlier, Nathalie, Chee, Yam San, Chen, Ming-Puu, Chiarello, Fabio, Connolly, Thomas, Crockett, Larry, Darwish, Tamer, Sigurdardottir, Helga, Deliyannis, Ioannis, Demirbilek, Muhammet, Sigurdardottir, Helga Dis, Duin, Heiko, Dyer, Ronald, Edgar, David, Ejsing-Duun, Stine, Escudeiro, Paula, Felicia, Patrick, Fesakis, Georgios, Figueira, Ana Paula, Fotaris, Panagiotis, Fujimoto, Toru, George, Sebastien, Georgiadis, Panagiotis, Gerodetti, Natalia, Giannakoulopoulos, Andreas, Gjedde, Lisa, Goebel, Stefan, Gomez-Martin, Pedro Pablo, Gouscos, Dimitris, Grigoriadou, Maria, Guralnick, David, Guttormsgaard, Vibeke, Habgood, Jacob, Hainey, O., Hanghoj, Thorkild, Hawlitschek, Anja, Hemben, Terseer, Hlavacs, Helmut, Hommedal, Silje Hole, Hollins, Paul, Idrus, Rozhan, Wang, Alf Inge, Ismail, Marina, Jans, Ruben, Juzeleniene, Saule, Kalavassis, Fragiskos, Kalogiannakis, Michail, Karakostas, Anastasios, Katzlinger-Felhofer, Elisabeth, Ketamo, Harri, Ketelhut, Diane Jass, Kickmeier-Rust, Michael, Kiili, Kristian, Koeppen, Veit, Kolås, Line, Kordaki, Maria, Korkut, Safak, Kourti, Evangelia, Ken, Li, Lukosch, Heide, Macleod, Hamish, Magnussen, Rikke, Majgaard, Gunver, Marchetti, Emanuela, Marques, Bertil, Marty, Jean-Charles, Marzantowicz, Lukasz, Mehm, Florian, Meimaris, Michail, Michel, Christine, Moffat, David, Montero-Fleta, Begoña, Moseley, Alexander, Mota, Dulce, Mozelius, Peter, Nadolski, Rob, Nelson, Brian, Neville, Karen, Annie W. Y., Ng, Nixon, Darren, Nocchi, Susanna, Broin, Daire O., O'Mullane, John, Skevik, Trond Olav, Øygardslia, Kristine, Panagouli, Dimitra, Papagiannakis, George, Papakonstantinou, George, Papastergiou, Marina, Peachey, Paul, Peirce, Neil, Perez-Sabater, Carmen, Pfeiffer, Alexander, Pimenidis, Elias, Piramuthu, Selwyn, Plohn, Trygve, Popescu, Maria-Magdalena, Poskiene, Audrone, Poylymenakou, Angeliki, Reis, Rosa, Retalis, Simos, Rito, Pedro, Rogers, Gregory, Rossiou, Eleni, Roussou, Maria, Rugelj, Joze, Salajan, Florin, Santorineos, Manthos, Sardone, Nancy, Schneider, Etienne, Shabalina, Olga, Shah, Samir, Siepermann, Markus, Sillaots, Martin, Silseth, Kennet, Sim, Gavin, Sime, Julie-Ann, Skoumpourdi, Chrysanthi, Soebke, Heinrich, Stansfield, Mark, Steinicke, Martin, Stewart, Ian, Tang, Stephen, Thomas, Andre, Tomos, Florica, Trivedi, Uday, Tsiatsos, Thrasyvoulos, Tunstall, Richard, Vahed, Anisa, Vallance, Michael, Van Eck, Richard, Van Oostendorp, Herre, Van Rosmalen, Peter, Vaz De Carvalho, Carlos, Verhagen, Harko, Voulgari, Iro, Weitz, Charlotte Lærke, Wendel, Viktor, Westera, Wim, Westin, Thomas, Whitton, Nicola, Williams, Dorothy, Wilson, Amanda, Wilson, Andrew, Wong, Yoke Seng, Zaharias, Panagiotis, and Zorina, Aljona

Subjects
Human-Computer Interaction, Computer Networks and Communications, Artificial Intelligence, Control and Systems Engineering, Software, Computer Graphics and Computer-Aided Design, 3304
Published
2017

12. Exergames versus self-regulated exercises with instruction leaflets to improve adherence during geriatric rehabilitation: a randomized controlled trial

Author

Universidad de Sevilla. Departamento de Arquitectura y Tecnología de Computadores, Universidad de Sevilla. TEP108: Robótica y Tecnología de Computadores, Oesch, Peter, Kool, Jan, Fernández Luque, Luis, Brox, Ellen, Evertsen, Gunn, Civit Balcells, Antón, Hilfiker, Roger, Bachmann, Stefan, Universidad de Sevilla. Departamento de Arquitectura y Tecnología de Computadores, Universidad de Sevilla. TEP108: Robótica y Tecnología de Computadores, Oesch, Peter, Kool, Jan, Fernández Luque, Luis, Brox, Ellen, Evertsen, Gunn, Civit Balcells, Antón, Hilfiker, Roger, and Bachmann, Stefan

Abstract

Background: Improving mobility in elderly persons is a primary goal in geriatric rehabilitation. Self-regulated exercises with instruction leaflets are used to increase training volume but adherence is often low. Exergames may improve adherence. This study therefore compared exergames with self-regulated exercise using instruction leaflets. The primary outcome was adherence. Secondary outcomes were enjoyment, motivation and balance during walking. Methods: Design: single center parallel group non-blinded randomized controlled trial with central stratified randomization. Setting: center for geriatric inpatient rehabilitation. Included were patients over 65 with mobility restrictions who were able to perform self-regulated exercise. Patients were assigned to self-regulated exercise using a) exergames on Windows Kinect® (exergame group EG) or b) instruction leaflets (conventional group CG). During two 30 min sessions physical therapists instructed self-regulated exercise to be conducted twice daily during thirty minutes during ten working days. Patients reported adherence (primary outcome), enjoyment and motivation daily. Balance during walking was measured blind before and after the treatment phase with an accelerometer. Analysis was by intention to treat. Repeated measures mixed models and Cohen’s d effect sizes (ES, moderate if >0.5, large if > 0.8) with 95% CIs were used to evaluate between-group effects over time. Alpha was set at 0.05. Results: From June 2014 to December 2015 217 patients were evaluated and 54 included, 26 in the EG and 28 in the CG. Adverse effects were observed in two patients in the EG who stopped because of pain during exercising. Adherence was comparable at day one (38 min. in the EG and 42 min. in the CG) and significantly higher in the CG at day 10 (54 min. in the CG while decreasing to 28 min. in the EG, p = 0.007, ES 0.94, 0.39–0.151). Benefits favoring the CG were also observed for enjoyment (p = 0.001, ES 0.88, 0.32 – 1.44) and motivat

Published
2017

21. Evaluation of Sensors for Inputting Data in Exergames for the Elderly.

Author

Hors-Fraile, Santiago, Browne, James, Brox, Ellen, and Evertsen, Gunn

Abstract

We aim to solve which off-the-shelf motion sensor device is the most suitable for extensive usage in PC open-source exergames for the elderly. To solve this problem, we studied the specifications of the market-available sensors to reduce the initial, broad set of sensors to only two candidates: the Nintendo Wii controllers and the Microsoft© Kinect™ camera. The capabilities of these two are tested with a demo implementation. We take into account both the accuracy in the movement-detection of the sensors, and the software-related issues. Our outcome indicates that the Microsoft© Kinect™ camera is the option that currently provides the best solution for our purpose. This study can be helpful for researchers to choose the device that suits their project needs better, removing the sensor-choosing task time from their schedule. [ABSTRACT FROM AUTHOR]

Published
2013
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