Great videos and an absolute live-saver for a medical PhD student like me, trying to gain sufficient understanding of ML and the statistical methods behind them. Little by little I feel more confident performing analytics with my data, since instead of it being all about "Pick a statistical test/ML model and hope for a appropriate p-value" I can actually make well-informed decisions about the methods and models I'm going to use depending on the data itself. I kinda wish M.D. did not take as much time as it does, so I could roll into an actual statistics/data sciences training program in my university. Oh well, videos like these keep me afloat!
So grateful for this video. I like how the bias-variance tradeoff is exemplified using KNN. Many thanks! I also showed this video to my students during my AI & Data Science course :)
Great videos and an absolute live-saver for a medical PhD student like me, trying to gain sufficient understanding of ML and the statistical methods behind them. Little by little I feel more confident performing analytics with my data, since instead of it being all about "Pick a statistical test/ML model and hope for a appropriate p-value" I can actually make well-informed decisions about the methods and models I'm going to use depending on the data itself.
I kinda wish M.D. did not take as much time as it does, so I could roll into an actual statistics/data sciences training program in my university. Oh well, videos like these keep me afloat!
So grateful for this video. I like how the bias-variance tradeoff is exemplified using KNN. Many thanks! I also showed this video to my students during my AI & Data Science course :)
Great video Leslie, probably one of the best of kNN for regression in YT. May I share it with my students?. Best Regards from Chile.
Thank you for watching, and yes, please feel free to share with your students!