COMING SEPTEMBER 1, 2018
3D visualizations, panoramic images, point cloud data, and more!
Coming in September 2018
3D Virtual Reality Compatible Model Homes
A product of our research is immersive 3D homes. These are completely to scale VR time capsules from the day we entered and captured the homes as they were. These home models are invaluable teaching tools. They can be used to assist in design for devices that facilitate patient health care in the home. They are also good teaching aids for health care providers and practitioners. We believe that these models will be able to be viewed in multiple formats, such as HMD and CAVE. Possible outcomes include better indicators of patients’ ability to perform health related tasks in their own homes.
Point Cloud Data
During the research process, we took patients and experts through the model homes. They identified specific objects and areas within the virtual space that they would use to manage their personal health (PHIM). This data will be available in its raw form for further scientific analysis and interpretation.
The ACHE is a checklist for use by designers, home care specialists, and people to plan the best places to store health information, build in reminders for common tasks like taking medications, and better organize health information in homes. Health care is migrating from the institution to the home, and engagement of everyone in healthy practices is necessary to avoid disease or mitigate its consequences. Systematic understanding of how home design can assist with integration of technologies into the every-day lives of people will ensure that homes not only become spaces for health care but tools that draw people towards improved health.
vizHOME: A context-based health information needs assessment strategy
Patricia Flatley Brennan, Kevin Ponto, Gail Casper, Pascale Carayon, Peter Hoonakker, Ross Tredinnick
Wisconsin Institute for Discovery
University of Wisconsin-Madison
Health care today relies greatly on helping people help themselves. From monitoring diets to managing medication, the typical person faces many personal health information management challenges. Computer tools can assist with this information management, but these technical solutions are often created with little attention to where they will be used. For example, the visibility of a calendar for reminding one of a weekly blood test or the proximity of a wireless glucometer to the computer that stores its readings can facilitate or interfere with health management. Designers must understand where personal health information management occurs to make optimally effective solutions. Yet bringing designers and engineers into the private, personal spaces of home contexts and allowing their repeated, systematic study is not only burdensome to the home dweller, but also infeasible due to the ever-changing nature of homes. The vizHOME team wants to accelerate the design of personal care technologies by better understanding how household context shapes personal health information management.
In the first year of the project we visited 20 different households, from mobile homes to single family dwellings. We use a LiDAR scanner, a special type of laser, to capture images of the home and later create detailed 3D reconstructions of these households in a virtual reality CAVE. We then brought groups of professionals (nurses, computer scientists, engineers) and patients through these reconstructed houses to help identify what aspects of the houses might help, or interfere with, health information management. Later, 60 patients explored the re-created houses to and gave their viewpoints about what would be most useful for PHIM. Finally, we developed a checklist.
Virtual Environments Group
vizHOME staff members are a part of a larger team called the Virtual Environments Group, located at the Wisconsin Institute for Discovery on the University of Wisconsin-Madison campus. The Virtual Environments Group enables scholars to explore the connections among environment, technology, human action, experience, and visualization. As a multidisciplinary team working in the only 6-sided CAVE in Wisconsin, you’ll be impressed by the variety of our projects. Click here to learn more about us.
You can also read our initial press release by clicking here.