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Purpose
This project aims to fully develop a technology to monitor cardiovascular health of astronauts with zero-effort. Coded Hemodynamic Imaging is a novel, non-contact method of tracking measures of human health and well-being by pairing machine learning algorithms with wide-field imaging by a camera system capable of processing light from the visible and near infrared spectra. In addition to facilitating future space exploration, this technology has potential applications to a wide range of human health conditions on Earth which could benefit from zero-effort, continuous monitoring of cardiovascular health.
University of Waterloo|Université de Waterloo × Canadian Space Agency
4 grants totalling $1.1M
Related Grants
| Recipient | Amount | Program |
|---|---|---|
| European Space Agency|Agence Spatiale Européenne | $43.2M | Contributions under the Canada/European... |
| European Space Agency|Agence Spatiale Européenne | $31.1M | Contributions under the Canada/European... |
| European Space Agency|Agence Spatiale Européenne | $10.2M | Contributions under the Canada/European... |
| GlobVision Inc.|GlobVision Inc. | $10.0M | — |
| European Space Agency|Agence Spatiale Européenne | $9.5M | Contributions under the Canada/European... |