Regression with Count Data: Poisson and Negative Binomial 

This clip alone gave me more information than I ever imagined. Thanks.

Best video on the internet on this topic in my opinion. Covers the why, the what, the when and the how.. perfect! Liked and subbed. Thanks!

This is super useful to understand and apply the poisson regression analysis. one of the best tutorial I have ever watched. Many thanks!

Congratulations! Excellent Video. It would help a lot if you provided the code for the variance vs mean plot and the corresponding lines predicted by the quasi-Poisson and negative binomial model. Thanks

Hi ! Thank you for explaining theses models. Is it possible to provide the R code you 've been using to compute the graphics ?

can you provide the code for the mean vs varaince plot for quasi poisson and negative binomial glm....that will be very helpful

Thank you so much! Excellent explanation!

Amazing video! Excellent explanation and very useful!

Thank you very much! This helped me quite a lot!!

OMG, thank you so much for this very informative video, it really helped me a lot!

Great ! Please keep posting more such videos

Nice ! Thanks for the timestamps !

Thank you so much for posting this video!

Very excellent video! Thanks!

Excellent video. Thank you ! Quick ques: When you say that the mean must equal the variance, do you mean that the mean of all the Y values of the observed data points must equal the variance of all the observed Y values of the dots of the scatter plot? thanks !

When you talk about y being Poisson distributed, do you mean ‘the errors on y’? I have data where y is a combination of things only some of which carry counting-statistics uncertainties.

super helpful, thank you Matthew!

Very nice video. Thank you!

Great explanations

Do fish counts from a bay over time disqualify this kind of data for a Poisson distribution because it's a time series dataset?

this is an awesome video

THANK YOUUUUUU

great vid, cheers

Just thank youi!

So... How to get the confidence interval of y after fitting the model?

great.. thanks sir

Holy fuck is this video good