193 - What is XGBoost and is it really better than Random Forest and Deep Learning?

[@pvrnaaz]

Very organized and clear with excellent examples that make it so easy to understand. Thank you!

[@riti_joshi]

I never comment on any KZbin videos, but I am compelled to do here, because I learned most of my analyses for my dissertation following your tutorials. You're such a great tutor. Thank you so much.

[@DigitalSreeni]

Wow, thank you!

[@mhh5002]

Very well explained, sir. It was intuitive for beginners. The analogies are interesting as well.

[@DigitalSreeni]

Glad to hear that

[@caiyu538]

Perfect tutorial, I am using XGBoost and random forest to analyze some work. Perfect tutorials for me. Always appreciate your continuous efforts to share your knowledge through youtube.

[@ashift32]

Very well explained, clear and concise. Thanks for taking your time

[@DigitalSreeni]

You're very welcome!

[@Fran171UA]

An excellent tutorial! Thank you very much! 🙏

[@sudippandit6676]

Very organized and straight forward! Waiting other videos. Thank you for sharing this knowledge.

[@andyn6053]

This was very clear and useful! Do u have any link to your code? Also, could xgboost be used for linear regression aswell?

[@grantsmith3653]

Sreeni said we need to normalize, but I always thought we didn't need to do that with trees... Am I confused on something? Thanks for the video!!

[@DrNuyenVanFaulk]

I really appreciate this explanation! Thank you!

[@semon00]

Wow your explanotion is awesome!!! Dont stop plz

[@Ahmetkumas]

Thanks for the video and effort. Can you make a time series video using xgboost, or something with multiple features(lags, rolling mean, etc..)

[@axe863]

XGBoost with Regularized Rotations and Synthetic Feature Construction can approximate Deep NN deepness

[@kakaliroy4747]

The example of bagging is so funny and I can fully relate

[@farhaddavaripour4619]

Thanks for the video. Something I noticed in the figure above that you might have missed is that in the figure you show the most evolved species has lighter hair than less evolved which could interpret a false impression that species with lighter hair are more evolved. It would be great if you could adjust the figure.

[@rezaniazi4352]

thanks for the video what we have to change if we want to use XGBRegressor() insted if classifier ? xgboost documantation is so confusing !

[@sbaet]

can you make a quick video on normalization and standardizetion for a image dataset

[@venkatesanr9455]

Thanks, Sreeni sir for your valuable and knowledgeable content. Also, waiting for the next semantic segmentation series and also discusses the hyperparameters and their tuning, Time series analysis that will be highly helpful.

[@mouraleog]

Awesome video, thank you ! Greetings from Brazil!

[@DigitalSreeni]

Thanks for watching!

[@VarunKumar-pz5si]

Awesome Tutorial, Glad I got a great teacher..Thank you...

[@evazhong4419]

your explanation is so interesting haha, it helps me a lot understand the material

[@omeremhan]

Magnificant!!! Thanks for clear explanation Sir.

[@drforest]

Awesome comparison. Super thanks

[@barrelroller8650]

It's not clear where did you get a dataset in a CSV format - the .zip archive from provided link includes only `wdbc.data` and `wdbc.names` files

[@sathishchetla3986]

Thank you so much for your explanation sir

[@kangajohn]

if your explanations were a kaggle competition it would be top 1%

[@vzinko]

Another case of data leakage. You can't scale X and then split it into test and train. The scaling needs to happen after the split.

[@Beowulf245]

Thank you. At least someone understands.

[@andyn6053]

So this video is incorrect?

[@Lodeken]

Wow that analogy! 😂 Amazingly apt lol!

[@RealThrillMedia]

Very helpful thank you!

[@SP-cg9fu]

very useful video ! Thank you!

[@kangxinwang3886]

loved the arrange marriage example! Made it very intuitive and easy to understand. Thank you!

[@multiversityx]

What’s the method name? When are you presenting at NeurIPS? (I’ll be attending it :)

[@tannyakumar284]

Hi. I have a 1500x11 dataset and I am trying to see which out of cognitive ability, non-cognitive ability, family structure, parental involvement, and school characteristics predict academic performance (measured in terms of grades ranging from 1-5). Should I be using XG Boost for this problem or random forest? Thanks!

[@vikramsandu6054]

Well explained. Thank you so much for the video.

[@DigitalSreeni]

Glad you liked it

[@evyatarcoco]

A very useful episode, thanks sir

[@Bwaaz]

very clear thanks :)

[@v1hana350]

I have a question about the Xgboost algorithm. The question is how parallelization works in the Xgboost algorithm and explain me with an example.

[@Frittenfinger]

Nice T-Shirt 😃

[@abderrahmaneherbadji5478]

thank you very much

[@andromeda1534]

Looks like when you demo-ed random forest, you didn't comment out the xgb line, so you actually showed the fitting for xgb twice with the same results.

[@longtruong9935]

dataset in the UCI link not avaiable now. could any one can provide update link?

[@ghafiqe]

Perfect

[@darioooc]

Great!

[@3DComputing]

You're worth more money

[@DigitalSreeni]

I am priceless :)

[@ahmedraafat8769]

The dataset has been removed from the website. is it possible to upload it?

[@DigitalSreeni]

Just google search for the keywords and you'll find it somewhere, may be on Kaggle. I do not own the data so I cannot share it, legally.

[@khairulfahim]

Where can I get the exact .csv file?

[@ramakrishnabhupathi4995]

Good one

[@DigitalSreeni]

Thank you! Cheers!

[@user.................]

bro trying to share about life n forgot wts hes teaching 🤣🤣🤣🤣 only were i gt complete idea about xgboost tq

[@alejandrovillalobos1678]

can you talk about transformers please?

[@agsantiago22]

Merci !

[@DigitalSreeni]

Thank you very much.