We analyzed a large data set from a mobile exercise application to find the preferred running situations of a large number of users. We categorized the users according totheir running behaviors (i.e. regularly active, or rarely ac-tive over the year), then studied the influence of 15 features, including temporal, geographical and weather-based features for different user groups. We found that geographical features influence the behavior of less active runners.
First, the current study aims to identify the determining factors of the purchase price of sportswear worn by runners. Second, this study aims to demonstrate that diary-methods can be a useful method in sports consumption research as they provide in a large amount of data on a very detailed, non-aggregated level. Based on a dataset of 2,235 running sessions of 192 runners, the results indicate that one fifth of the total variation is due to differences between running sessions of the same runner, instead of between-runner variability. It is found that a runner wears a more expensive outfit at a running event session when compared to a training session. Runners with a higher educational level, income and who run in a fitness center or a health club wear more expensive sports apparel than other runners. Both the regression results and the innovative diary approach bear interesting implications for runners, running enterprises and researchers. For example, implementing running consumption in smartphone tracking applications could improve the running experience, which on their turn provides in big data for further research. https://doi.org/10.1080/24704067.2019.1639064
The pervasiveness of wearable technology has opened the market for products that analyse running biomechanics and provide feedback to the user. To improve running technique feedback should target specific running biomechanical key points and promote an external focus. Aim for this study was to define and empirically test tailored feedback requirements for optimal motor learning in four consumer available running wearables. First, based on desk research and observations of coaches, a screening protocol was developed. Second, four wearables were tested according to the protocol. Third, results were reviewed, and four experts identified future requirements. Testing and reviewing the selected wearables with the protocol revealed that only two less relevant running biomechanical key points were measured. Provided feedback promotes an external focus of the user. Tailoring was absent in all wearables. These findings indicate that consumer available running wearables have a potential for optimal motor learning but need improvements as well.
A feeling of worry, anxiety, loneliness and anticipation are commonplace in both medical and non-medical arenas such as elderly care. An innovative solution such as the ‘simple and effective’ comfyhand would offer better patient care and improved care efficiency with a high chance of long-term, economic efficiency. ComfyHand is a start-up in the healthcare sector that aims to develop sustainable products to improve patient wellbeing in healthcare settings. It does this by emulating the experience of holding a hand which gives the person comfort and support in moments where real human contact is not possible. Right now the comfyhand is in the development phase, working on several prototypes for test trials in elderly care and hospitals. In this project we want to explore the use of 3D printing for producing a comfyhand. Desired properties for the prototype include optimal heat transfer, softness, regulation of sweat, durability and sustainability. The goal of this study is to develop a prototype to test in a trial with patients within Envida, a care centre. The trial itself is out of scope of this project. This proposal focuses on researching the material of choice and the processability. Building on knowledge gained in a previous Kiem GoChem project and a Use Case (Shape3Dup) of a currently running Raak MKB project (Enlighten) on 3D printing of breast prostheses, several materials, designs and printing parameters will be tested.
In view of the 75th commemoration of the liberation of World War II, Visit Brabant asked BUas to connect the main heritage locations in the province through storytelling in order to attract more visitors.In 2015, we developed a narrative concept entitled “Crossroads. Life changing stories 40-45”. In 2016, we developed a brand guide which explains storytelling guidelines. In collaboration with Brabant Heritage and Brabant Remembers, in 2017-208, 15 meetings were organized all over the province to collect personal WWII narratives. From over 600 narratives, together with a group of historians, we selected 75 narratives. Under our guidance, these 75 narratives have been rewritten into Crossroads stories by some 20 different authors. Brabant Remembers has launched a marketing campaign and (digital and physical) experiences based on these stories. The aim is to touch visitors and local people emotionally with personal stories from the past, and to offer new ways of interacting with these stories, especially for young people.WhenThe project has been running since 2015. We currently play an advisory role in the development of the Brabant Remembers app (for example augmented reality videos), and in physical products such as the Dilemma Maze and the Stilllevens of Studio Verdult.Partners: Visit Brabant, Brabant Remembers, Erfgoed Brabant, Stichting Crossroads
Het is bekend dat kinderen met een ernstige lichamelijke beperking minder bewegen en sporten dan hun leeftijdsgenoten. De framerunner (voorheen Racerunner) is een soort driewielfiets zonder pedalen en met een borststeun waar kinderen met ernstige beperkingen mee kunnen lopen en rennen en waar ze vaak erg enthousiast van worden.Doel Het doel van dit onderzoek is het ontwikkelen van een toolbox voor kinderfysiotherapeuten om bewegen met behulp van framerunners te promoten bij jonge kinderen met een ernstige lichamelijke beperking en hun ouders. Resultaten Een toolbox, met schriftelijke en video-instructies, om fysieke activiteiten met de framerunner te promoten. Symposium voor kinderfysiotherapeuten om het gebruik van de toolbox te faciliteren. Video's met informatie over framerunning. Kennis over de belemmerende en bevorderende factoren van het gebruik van de framerunner. Looptijd 01 december 2020 - 30 november 2022 Aanpak Daarnaast gaan we in co-creatie sessies aan de slag met het ontwerpen en ontwikkelen van een toolbox met behulp van verschillende stakeholders zoals kinderen, ouders, kinderfysiotherapeuten, Framerunning Nederland, designers en onderzoekers. We nemen interviews af bij kinderen, ouders en kinderfysiotherapeuten. Co-financiering Dit project wordt gefinancieerd door het Wetenschappelijk College Fysiotherapie. De co-financiering komt vanuit de Hogeschool Utrecht en het Amsterdam UMC, locatie VUmc. Downloads en links Lees hier de laatste nieuwsbrief over het project en het artikel op HU Stories
