Prototyping with Movesense Platform : Breathing Application
Löfblom, Johanna (2019)
Julkaisun pysyvä osoite on
https://urn.fi/URN:NBN:fi:amk-2019061216599
https://urn.fi/URN:NBN:fi:amk-2019061216599
Tiivistelmä
This thesis explored new Movesense platform for development of wearable solutions. Long-term reusability of sensor and openness of platform lead to selection. Prototyping was guided by user experience design and positive computing practices. Benefits of diaphragmatic breathing made it optimal starting point for wellbeing toolbox of applications.
This study was carried out by collecting information of different assets of the platform, and of specific application related knowledge, like measurement and use of breathing, and application of technology for wellbeing and human potential. Findings from pre-study were used as well, and study continued the design process as Develop or Ideation phase.
Implementation experimented with APIs, sensors, modules, plugins, libraries, file formats, scripts, apps and different development tools in the Movesense platform or associated with the platform. And most of all with ideas and thoughts provided both by the literature and open community.
The outcome was four prototypes implemented, (and six planned for) ranging from data handling, visualization, wireless communication, and fusing of data sources. Furthermore collected knowledge from both pre-study and this study will be used for building the complete solution in the next phase of design process.
This study was carried out by collecting information of different assets of the platform, and of specific application related knowledge, like measurement and use of breathing, and application of technology for wellbeing and human potential. Findings from pre-study were used as well, and study continued the design process as Develop or Ideation phase.
Implementation experimented with APIs, sensors, modules, plugins, libraries, file formats, scripts, apps and different development tools in the Movesense platform or associated with the platform. And most of all with ideas and thoughts provided both by the literature and open community.
The outcome was four prototypes implemented, (and six planned for) ranging from data handling, visualization, wireless communication, and fusing of data sources. Furthermore collected knowledge from both pre-study and this study will be used for building the complete solution in the next phase of design process.