Center of Excellence for Mobile Sensor Data-to-Knowledge

Advancing Biomedical Discovery and Improving Health through Mobile Sensor Big Data

mHealth Training Institute

A National Incubator for Advancing mHealth Researchers with the Transdisciplinary Expertise and Networks for Co-creating Practical Healthcare Solutions

mHealthHUB

A Virtual Collaboratory for Technologists, Researchers and Clinicians to Connect, Learn, Share, and Innovate on mHealth Tools to Transform Healthcare

DEPLOYMENTS

Studies

Participants

Person-Days of Data

Trillion Data Points

Active Projects

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mDOT Center

The mHealth Center for Discovery, Optimization & Translation of Temporally-Precise Interventions provides the methods, tools, and infrastructure for researchers to discover, optimize and deploy temporally-precise mHealth interventions to address growing public health problems.

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mProv

Provenance-based data analytics cyberinfrastructure for high-frequency mobile sensor data gives 

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mGuard

mGuard leverages Named Data Networking (NDN) to produce the naming scheme and trust model for typical mHealth research data, develop innovative mechanisms for the specification and automated enforcement of sophisticated access control policies, and improve NDN’s pub-sub API to support a broader range of applications.

Completed Projects

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MD2K/BD2K

MD2K is part of the National Institutes of Health (NIH) Big Data to Knowledge (BD2K) initiative, designed to support advances in research, policy, and training that are needed for the effective use of Big Data in biomedical research. MD2K develops and deploys cutting edge approaches, methods, software, tools, and other resources that enables biomedical researchers to use Big Data to advance human health.

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mPerf

mPerf uses mobile sensors to support productivity and employee well-being. It is an an open-source software platform that allows researchers to transform high-frequency mobile sensor data into biomarkers. mPerf uses this platform to better understand performance and support individual well-being.

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mContain

mContain is a free mobile app to help track social distancing during a virus outbreak. It uses smartphone technology to detect proximity encounters (within 6 feet for several minutes) with other app users, displays the number of daily proximity encounters and crowding, and can notify other users about possible exposures to COVID-19 individuals.

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Open mHealth

The goal of this project is the development, test and validation, repository and dissemination of a software infrastructure that addresses data FAIR (findable, accessible, interoperable and reusable) using data and metadata standards.

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mResearch

The goal of the mResearch project is to make necessary enhancements to the MD2K infrastructure so it becomes a true community resource that computing researchers from across the country and around the world can easily use to conduct reproducible and extensible research on any aspect of the collection and analysis of high-frequency mobile sensor data.

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Novel use of mHealth Data

MD2K is part of the National Institutes of Health (NIH) Big Data to Knowledge (BD2K) initiative, designed to support advances in research, policy, and training that are needed for the effective use of Big Data in biomedical research. MD2K develops and deploys cutting edge approaches, methods, software, tools, and other resources that enables biomedical researchers to use Big Data to advance human health.

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Context-Awareness & Personalization

The goals of this project are to adapt computational models for detecting stress, craving, smoking, eating and geoexposures from mobile sensor data by incorporating modeling advances; determine timing for intervention and adaptation of content based on detection of the above listed biomarkers; and to facilitate intervention data collection for user students.

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EasySense

The collaborative research project developed and evaluated a mobile sensor called EasySense that can provide continuous physiological monitoring without skin contact in the field environments using radio frequency (RF) probes.

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More Projects

Click to view the full list of active and completed MD2K projects.