Gradient Boost is one of the most popular Machine Learning algorithms in use. And get this, it’s not that complicated! This video is the first part in a series that walks through it one step at a time. This video focuses on the main ideas behind using Gradient Boost to predict a continuous value, like someone’s weight. We call this, “using Gradient Boost for Regression”. In the next video, we’ll work through the math to prove that Gradient Boost for Regression really is this simple. In part 3, we’ll walk though how Gradient Boost classifies samples into two different categories, and in part 4, we’ll go through the math again, this time focusing on classification.
View ResourceHealth Law and Policy Project (HeLPP)
Provides opportunities for students to gain practical experience in the field of health law and policy.
View ResourceHome Care Suite
The Home Care Suite is an actual home environment within the Helene Fuld Pavilion for Innovative Learning and Simulation in the University of Pennsylvania School of Nursing, serving as a platform to facilitate new ideas and tools for processes and systems that promote health and wellness, disease prevention and management in the home/ community setting across the lifespan. Within this space (that is built as a studio apartment) various technologies are installed (for short or long term) and pilot-tested. The goal is to accelerate design and testing of innovative health solutions in the home recognizing that simulated environments yield more unique responses and drive better explorations about prototypes and solutions.
View ResourceInstitute for Biomedical Informatics (IBI)
The IBI provides leadership, education, and critical infrastructure to advance the integration and application of informatics methods and software in biomedical research including studies of common neuropsychiatric diseases such as depression, anxiety, stroke, and dementia.
View ResourceIntroduction to Research in a Computational Lab
This video is intended to give students (high school, undergrad, and grad) as well as new staff, an overview what research is like in a ‘dry’ or computational laboratory.
View ResourceLeonard Davis Institute of Health Economics (Penn LDI)
The mission of Penn LDI is to achieve effective and efficient health care for all people by supporting collaborative, interdisciplinary, cutting-edge research, and education. As Penn’s hub for health care delivery, health policy, and population health, the LDI connects and amplifies over 500 Fellows across the University, and trains the next generation of researchers.
View ResourceLeveraging Patient Portals to Support Caregivers
Using natural language processing to create an AI-based algorithm from EMR data to identify non-traditional caregivers who might benefit from dyadic interventions
Awardee Organization(s): University of Colorado | Kaiser Permanente
Principal Investigator(s): Jennifer Portz, PhD
Official Project Title: Leveraging Patient Portals to Support Caregivers
AITC Partner: PennAITech
Website(s): www.medschool.cuanschutz.edu/general-internal-medicine, www.kpco-ihr.org
Caregivers for people living with dementia (PLWD) make up a diverse group of individuals and can include family, friends, and paid direct care workers. Nearly 30% of caregivers in the United States report caring for a PLWD. While providing care to a loved one can be rewarding, some caregivers may feel caregiver burden and become self-neglectful (e.g., eating poorly, poor exercise habits), which have the potential to lead to poor health outcomes among caregivers. Caregiver-specific interventions are beneficial for improving mental health, confidence in caregiving, and self-care. However, caregivers often experience barriers to such interventions such as time and access. The objective of this pilot is to develop a data-framework for finding caregivers from the electronic medical record (EMR) who can benefit from caregiver and dyadic interventions. PLWD and their caregivers often receive health care services within the same healthcare system and their data hosted within the same EMR. Our previous work found that health outcomes, such as hospitalization, for caregiver-PLWD dyads living in the same household are linked. However, our current model is limited to caregivers living in the same household, often spouses, who share health insurance. Natural language processing can fill this gap by analyzing unstructured EMR data to find patterns among caregivers that will allow us to further identify non-traditional caregivers (e.g., friends, neighbors) and caregivers outside the home (e.g., adult children, extended family members). By automating the process of caregiver identification through the EMR, interventions can be more easily delivered to engage and support the caregiver.
View ResourceLinear and Logistic Regression Models
The Main Ideas of Fitting a Line to Data (The Main Ideas of Least Squares and Linear Regression.)
View ResourceMachine Learning Essentials for Biomedical Data Science
An educational playlist (including 11 videos) covering the key essentials for using machine learning as part of a data science analysis pipeline. While topics are primarily framed around applications in biomedicine, this content is broadly applicable to other domains. This series was prepared at the Cedars Sinai Medical Center in Los Angeles by Dr. Ryan Urbanowicz of the Department of Computational Biomedicine.
View ResourceMahoney Institute for Neurosciences
Founded as the Institute of Neurological Sciences in 1953 by the visionary professor of Anatomy, Dr. Louis Flexner, our Institute was renamed in 1985 to reflect the keen interest and support that corporate magnate David Mahoney brought to neuroscience. MINS founded and continues to provide substantial support for the Neuroscience Graduate Group (NGG), Penn’s award-winning doctoral program in neuroscience.
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