Overview
Research conducted at the University of Adelaide has resulted in the development of a wearable glove prototype named ThermoPhy. This device is designed to translate data into a sensory experience through the integration of heat and touch. ThermoPhy incorporates physical objects as part of its data-to-sensation conversion mechanism.
Research Context
The development of ThermoPhy was undertaken by researchers based at the University of Adelaide. The project was executed within the framework of a remote internship program. This internship was supervised by the Australian Research Center for Interactive and Virtual Environments (IVE), which is an entity of the University of Adelaide.
Approach
The core approach in developing ThermoPhy involved creating a wearable glove that can transform data into a sensory output. This transformation specifically utilizes heat and touch as the primary modalities for conveying information. The design also incorporates physical objects, suggesting an interaction where data influences or is represented by these tangible elements, alongside thermal and tactile feedback.
Findings
The research successfully produced a prototype wearable glove, ThermoPhy. This prototype demonstrates the capability to convert data into a sensory experience that combines heat and touch. The functionality of ThermoPhy also involves the use of physical objects to facilitate this data-to-sensation conversion.
Research Source
The research was conducted by the University of Adelaide, with the involvement of the Australian Research Center for Interactive and Virtual Environments (IVE).