William N. and Marie A. Beach Professor of Operations Research, Professor of Public Health, Professor of Engineering at Yale School of Management, Yale University.
analytics leadership, ai 2020, analogy, analytics & data science, analytics & research, analytics conference 2020, artificial intelligence, asymptomatic, black lives matter, business analytics, cancer, community, consultant, conversation, covid-19, covid-19 pandemic, covid-19 scratch models, data analytics, data science, data visualization , decision making, decision- making process, decision-making, disease, emergency department, emotion, end user, expert, explanation, feeling, gender, goal, health, hospital, infection, infection prevention and control, information, intensive care unit, isolation (health care), lighting, love, machine learning, machine learning & artificial intelligence, misinformation, percentage, planning and recovery, police, prediction, public health, reason, research, screening (medicine), severe acute respiratory syndrome coronavirus 2, social distancing, social inequality, stretcher, transmission (medicine), twitter, type i and type ii errors, uc center for business analytics, understanding, unemployment, university of cincinnati, vaccine, virtual analytics summit 2020 , visualization, visualization (graphics), yale university
adverse event, bread, child, clinician, experience, false positives and false negatives, hospital, intensive care unit, internal medicine, lyme disease, medicine, palliative care, patient, positive and negative predictive values, sensitivity and specificity, silence, subset, toronto, type i and type ii errors, university of toronto
adverse event, bread, child, clinician, experience, false positives and false negatives, hospital, intensive care unit, internal medicine, lyme disease, medicine, palliative care, patient, positive and negative predictive values, sensitivity and specificity, silence, subset, toronto, type i and type ii errors, university of toronto
Data Science and Advanced Analytics at Unity Health Toronto
adverse event, bread, child, clinician, experience, false positives and false negatives, hospital, intensive care unit, internal medicine, lyme disease, medicine, palliative care, patient, positive and negative predictive values, sensitivity and specificity, silence, subset, toronto, type i and type ii errors, university of toronto
adverse event, bread, child, clinician, experience, false positives and false negatives, hospital, intensive care unit, internal medicine, lyme disease, medicine, palliative care, patient, positive and negative predictive values, sensitivity and specificity, silence, subset, toronto, type i and type ii errors, university of toronto
adverse event, bread, child, clinician, experience, false positives and false negatives, hospital, intensive care unit, internal medicine, lyme disease, medicine, palliative care, patient, positive and negative predictive values, sensitivity and specificity, silence, subset, toronto, type i and type ii errors, university of toronto
Internist and Clinician Scientist at University of Toronto
adverse event, bread, child, clinician, experience, false positives and false negatives, hospital, intensive care unit, internal medicine, lyme disease, medicine, palliative care, patient, positive and negative predictive values, sensitivity and specificity, silence, subset, toronto, type i and type ii errors, university of toronto
adverse event, bread, child, clinician, experience, false positives and false negatives, hospital, intensive care unit, internal medicine, lyme disease, medicine, palliative care, patient, positive and negative predictive values, sensitivity and specificity, silence, subset, toronto, type i and type ii errors, university of toronto
adverse event, bread, child, clinician, experience, false positives and false negatives, hospital, intensive care unit, internal medicine, lyme disease, medicine, palliative care, patient, positive and negative predictive values, sensitivity and specificity, silence, subset, toronto, type i and type ii errors, university of toronto
adverse event, bias, bread, child, clinic, clinician, data, disease, experience, false positives and false negatives, feedback, force, goal, hospital, information, intensive care unit, internal medicine, learning, lyme disease, machine, machine learning, medicine, memory, mortality rate, orange line (cta), palliative care, parameter, patient, positive and negative predictive values, prediction, regularization (mathematics), reinforcement, risk, sensitivity and specificity, silence, subset, throughput, tire, toronto, type i and type ii errors, university of toronto
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