9.1 | From Coin Flips to Clinical Trials: Introduction to Probability - Medical Software Course episode artwork

EPISODE · Sep 7, 2026 · 15 MIN

9.1 | From Coin Flips to Clinical Trials: Introduction to Probability - Medical Software Course

from YaleCourses · host YaleCourses

Why is probability essential for medical software development? In this lesson, we take a crucial detour from the software lifecycle to explore the mathematical foundations of probability and statistics. We'll introduce key concepts from an engineering perspective, demonstrating their application in critical areas like signal detection and the design of robust clinical trials and validation studies, which are vital for reliable medical software.🎯 Learning Objectives• Distinguish between deterministic and stochastic systems in an engineering context.• Define and differentiate between discrete and continuous probability density functions (PDFs).• Explain the application of probability in medical software, including signal detection and clinical trial design.• Understand the concepts of cumulative distribution functions (CDFs) and survival functions.• Identify and interpret multivariate probability distributions. Learn more about your ad choices. Visit megaphone.fm/adchoices

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9.1 | From Coin Flips to Clinical Trials: Introduction to Probability - Medical Software Course

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