🎙️ New Podcast Episode: The Rao-Cramer Inequality—Where Precision Meets Boundaries 🤯 What if mathematics could tell us the ultimate limit of precision in estimation? 📊 Our latest math-heavy podcast episode dives into the Rao-Cramer inequality, a foundational result in statistics that defines the lower bound for the variance of any unbiased estimator. 🔍 What You’ll Learn: 💠 Origins and Insights: Explore the deep connections between information theory and statistical estimation as established in C.R. Rao’s groundbreaking 1945 paper. 🥘 The Role of Fisher Information: Understand how this concept quantifies the information a dataset carries about its parameters and its impact on estimation precision. 🌏 Real-World Applications: From engineering signal processing to optimizing machine learning algorithms, discover how this inequality shapes decision-making and model design. 🌟 Mathematical Breakdown: We break down the inequality’s elegant formulation, explaining why it’s a benchmark for statistical performance. 💡 Whether you’re a data scientist, statistician, or math enthusiast, this episode will challenge you to think critically about what precision means in the context of uncertainty. 🚇 The episode is available on youtube and spotify. 🎤 Daniel A. Nir Regev #Statistics #MathPodcast #RaoCramerInequality #FisherInformation #DataScience
CRLB (Cramer Rao Lower bound) is bread and butter for #radar and #signalprocessing researchers. I had the privilege of interacting with Prof Rao for one full year at The Ohio State University and also on several other occasions over a span of early four decades until he went to be with the Lord a year or two ago. I played with bridge with his family members (son Veera and nephew Yayathi).
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Head of AI @ Cyber Stealth | Math PhD | Scientific Content Creator | Lecturer | Podcast Host(40+ podcasts about AI & math) | Deep Learning(DL) & Data Science(DS) Expert | > 350 DL Paper Reviews | 55K followers |
2whttps://www.youtube.com/watch?v=I7egE0U3vGA https://open.spotify.com/episode/0sssHtC2zYNm1FwKNXtUP4