Key result
Multi-modal computing and analytics show potential to transform personal health navigation using longitudinal physiological data.
Why the study?
Personalized health improvement requires making large streams of multimodal lifestyle, physiological, and behavioral sensing data contextually relevant and useful for day-to-day decision-making.
Multimodal analytics of lifestyle and physiological data can enable personalized decision-making for health improvement.
May inform individualized health decisions from longitudinal data; leaves open prospective trials to confirm clinical impact.
An individual’s health trajectory is most influenced by personal lifestyle choices made regularly and frequently. It is now possible to measure, store, and analyze both multimodal lifestyle signals as well as multimodal physiological and behavioral health signals perpetually. Moreover, it is possible to model the effects of lifestyle precisely on health signals by collecting a variety of longitudinal data. These actions provide the inputs that affect changes in the health state of an individual based on their lifestyle decisions. With the advent of modern relatively inexpensive and common multi-modal data streams and sensing technologies, individuals now have large amounts of data and information about themselves that have the potential to transform decision-making in day-to-day life for health improvement. Multimodal analytics and contextual prediction and retrieval allow this data to make the best decisions to keep the health state optimal while making good lifestyle choices. This critical problem requires making a large variety of data constantly useful, contextually relevant, and most importantly useful in personalized decision-making.
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Nag et al. (2023) studied this question. Integrative multi-modal computing was evaluated. Integrative multi-modal computing and analytics have the potential to transform personal health navigation by utilizing longitudinal lifestyle and physiological data for personalized decision-making.
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