Skip to Main Content
A male student gets her blood pressure checked at Student Health Services.

Funding

Currently, the CDH team has many active research projects, most of which are funded by federal funding agencies (e.g., NSF and NIH). The following are a list of sample funded projects.

Two elderly or older men sitting at a table clapping during a Learning in Retirement event. Photo by Meghan Moore

The Aging Population

  • NIH: RELAX project ($1.3M): Mobile application suite targeting obesity and stress
  • NIH Dietary Monitoring project ($1M): Mobile application and network for dietary monitoring
  • EOLA Solutions Inc. ($228K): A new-generation healthcare monitoring system platform over big data
Anatomical models of the human body.

Chronic Disease

  • NIH Get Social project ($2M): Randomized trial of a social network delivered lifestyle intervention
  • NIH project ($2.4M): Develop novel approaches for predicting free-living physical activities in youth
A male student gets his blood pressure checked at Student Health Services.

Health Disparities

  • NIH Center Grant ($10M): Center on population health and health disparities
  • NIH R21 Grant ($200K): Multilevel determinants of CVD risk in African Americans
  • NIH R01 Grant ($2M): Randomized trial of a postpartum diabetes prevention program in Hispanic women
Network cables

High Speed Network

  • NSF Flowell project ($500K): Built high speed networking and computing systems to support efficient and secure data transmission and sharing for digital health information systems
  • NSF STREAMS project ($500K): Address the challenges in multimodal home-based sensing and data processing for patients with chronic disease
People wearing lab coats in labs working on computers.

High Performance Computing

  • NSF HPC-B project ($306K): Developing high performance computing algorithms and infrastructure to address a variety of digital health research challenges
  • NSF Flexware project ($1M): Study computing systems to support computer assisted independent living for aging individuals
Breast cancer cell Photo by National Cancer Institute

Computational Intelligence

  • Nvida ($200K): Develop advanced data mining to discover disease subtypes in cancer for precision medicine
  • NASA ($300K): Analysis of the wet chemistry data from the Phoenix lander mission aided by machine learning
A sign in Spanish reading: Juntos Contra La Tuberculosis (Together Against Tuberculosis).

Medical Image Processing & Analysis

  • NIH R01 Grant ($1.3M): Improve tuberculosis diagnostics using deep learning-based approaches and mobile health technologies
public-health-female-lab

Natural Language Processing

  • NIH R01 ($819K): EHR anticoagulants pharmacovigilance
  • NIH R01 ($2M): Exploring natural language processing, image processing, machine learning, and user interfacing for intelligent biomedical figure search
3D Isolated Human Cell Background.

Personalized Cancer Therapy

  • The Massachusetts Life Sciences Center Board of Directors ($8M): Center for personalized cancer therapy (CPCT)