A survey of remote health monitoring for cardiovascular disorders highlights the need for longitudinal sensing technologies, continual analytic techniques, and interpretable machine learning.
This review outlines the critical gaps and future opportunities in using remote sensing and machine learning for longitudinal cardiovascular risk monitoring.
Cardiovascular disorders cause nearly one in three deaths in the United States. Short- and long-term care for these disorders is often determined in short-term settings. However, these decisions are made with minimal longitudinal and long-term data. To overcome this bias towards data from acute care settings, improved longitudinal monitoring for cardiovascular patients is needed. Longitudinal monitoring provides a more comprehensive picture of patient health, allowing for informed decision making. This work surveys sensing and machine learning in the field of remote health monitoring for cardiovascular disorders. We highlight three needs in the design of new smart health technologies: (1) need for sensing technologies that track longitudinal trends of the cardiovascular disorder despite infrequent, noisy, or missing data measurements; (2) need for new analytic techniques designed in a longitudinal, continual fashion to aid in the development of new risk prediction techniques and in tracking disease progression; and (3) need for personalized and interpretable machine learning techniques, allowing for advancements in clinical decision making. We highlight these needs based upon the current state of the art in smart health technologies and analytics. We then discuss opportunities in addressing these needs for development of smart health technologies for the field of cardiovascular disorders and care.
Hurley et al. (Wed,) conducted a review in Cardiovascular disorders. Sensing and machine learning for remote health monitoring was evaluated. A survey of remote health monitoring for cardiovascular disorders highlights the need for longitudinal sensing technologies, continual analytic techniques, and interpretable machine learning.