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thank you so much. its good to understand

Thank you from the bottom of my heart, sir.

The problem is that p-values do not measure statistical evidence. There are measures of evidence that do not suffer from the problems you raise. These measures are not frequentist but Bayesian in nature. You can get evidence against or in favor of a hypothesis. It is the strength of the evidence that will depend on the amount of data not the actual conclusion as to the nature of the evidence found. P-values, and confidence intervals, do not deal with the concept of statistical evidence properly.

thank u , u solve my 2 week problem in 15 min <3

Thank you so much for this really well-explained breakdown! I finally got the full picture thanks to you! :)

Thanks for helping me with this shit 🎉 my master thesis will profit from the additional performance boost. Kind greetings from Germany. (Edit: the same versions are working with R 4.4 and Python 3.11.9, version >3.11 is not supported by tensorflow 2.10.1)

Ok, my gpu feel the heat of the night. 3 weeks, 21 nights for read every post on GitHub, Stackoverflow, Medium. I can’t imagine. You are like god but in better because you know how to do deep learning with R, on gpu. Great thanks, Best regards, Casual R user from France

Thank you, this really help me, a lot!

Bro you saved my ass, thank you very much

Top class mate, thank you very much

Me sirvió mucho, gracias 🤗

Thank you for your video

THANK YOU SO MUCH I HAD TO FOUGHT FOR WEEKS WITH SHIT TUTO YOU ARE THE BEST THANK YOU

Really informative video. Stumbled upon it randomly and didnt expect to gain such an insight into an actual model of neural networks. Really summarizes everything that i had read uptil this point and put that into actual code

hi, thank you very much for your software, I want to obtain the first scatter plot "characterize samples". I have the location and elevation of all my samples but for each sample, the data of collection differs (for example one was recolted in 1962, the other one in 1973 etc...). I want to konw if it's possible to specify the date in the input file so that the software could calculate it one time or if I need to use the software for each sample individually and enter the specific date. Thank you again and have a good day.

Beautiful Explanation

Well explained, thank you! Do you have a tutorial on how to restrict the permutations and the strata options in adonis2?

This was great, thank you!

👍👍

This was great. Comparing a (null) population against itself to see type 1 errors.

It took me ages to understand perMANOVA, and just in this 15 minutes, I feel confident with my data. THANK YOU SOOO MUCH

Thank you for such an excellent explanation of type 1 error inflation!

Thank you very much!

Thank you! I couldn't find anything close to this online.

How does the strata argument effect this? Take for example, a time-series study. If we set strata to the individual, does this mean the data is only shuffled within an individual's level? If there's then 5 timepoints, we can only shuffle data 5 times?

👏👏very good content. Writing from Brazil. Following the entire course online. Really great material. Great classes. Please, continue to publish online courses for people all around the World.

very interesting indeed. thanks for the upload!

interesting background info, thanks!

Nice 👍

Terrific explanation!

super! you explained it clearly, thanks!

This is super helpful! The material on your site is also helpful...I was really dreading analyzing a dataset I had, but this material has made it a lot easier for me to understand! Thank you! Cheers.

This is the first video where perMANOVA has actually started to make sense to me, and I LOVE the flowchart presented at the end! Thank you so much 🥰

Thank you a lot for this video, clear and helpful!

Very helpful! thank you!

Cool! ClimateEU allows to make very site specific data. This is very interesting software especially the merge of traditional software, R and ultra profesional ArcGIS. Greatly appreciated. Some hint how to produce longer time series like gridded data from CRU?