The Bayesians are Coming to Time Series

With the computational advances over the past few decades, Bayesian analysis approaches are starting to be fully appreciated. Forecasting and time series also have Bayesian approaches and techniques, but most people are unfamiliar with them due to the immense popularity of Exponential Smoothing and autoregressive integrated moving average (ARIMA) classes of models.
However, Bayesian modeling and time series analysis have a lot in common! Both are based on using historical information to help inform future modeling and decisions. Using past information is key to any time series analysis because the data typically evolves over time in a correlated way. Bayesian techniques rely on new data updating their models from previous instances for better estimates of posterior distributions.
This talk will briefly introduce the differences between classical frequentist approaches of statistics to their Bayesian counterparts as well as the difference between time series data made for forecasting compared to traditional cross-sectional data. From there, it will compare the classical Exponential Smoothing and ARIMA class models of time series to Bayesian models with autoregressive components. Comparing the results of these models across the same data set allows the audience to see the potential benefits and disadvantages of using each of the techniques.
This talk aims to allow people to update their own skill set in forecasting with these potentially Bayesian techniques.
At the end, the talk explores the technique of model ensembling in a time series context. From these ensembles, the benefits of all types of models are potentially blended together. These models and their respective outputs will be displayed in R.
Speaker: Aric LaBarr (NC University)
www.aicamp.ai/event/eventdeta...

[@rahulchowdhury9739]

Dr. LaBarr, you are really good at explaining.

[@chrisfrshw]

excellent presentation @Aric LaBarr.... well structured and super clear!

[@lashlarue7924]

At first I thought this was clickbait, then I realized it was Dr. LaBarr. This was solid, great overview.

[@Tessitura9]

Omg thank you SO much. Never seen Bayesian forecasting explained so well.

[@ControlTheGuh]

This was great. Had Business Forecasting in Uni. This lecture was way clearer structured

[@dangernoodle2868]

Masterful communication and presentation skills, damn!

[@andresfelipehiguera785]

Great talk. Thanks

[@LC-mw7gr]

extremely helpful, thank you sir!

[@foabehp.6706]

Thanks for sharing!

[@arsalanesmaili]

Thank you! Great presentation

[@hindy51]

Awesome talk.

[@dsjgd]

Great video!

[@user-wr4yl7tx3w]

This is really clearly explained

[@edwardchida2563]

thank you, gave me a thesis idea

[@Toldo15]

Thanks

[@tamas5002]

I wish they taught me this way at university...

[@locomotive43]

Ur example was for forecasting.. Can we use baysian StructuralVAR instead of SVAR to find correlation of structural shocks of output between different countries using historical GDP data????

[@chadgregory9037]

"1 if by land, 2 +some inference noise if by sea!!!! "

[@baba5149]

2 against 1. Kinda unfair. Would have been interesting to compare bayes + arima vs bayes + bayes ensemble (via sampling from training data)

[@Baqer_Alhusseiny_369]

🌹

[@egbertjanvierkant4708]

Aric LaBarr is great

[@davidg3594]

Just leave!

[@mokus603]

What kind of bot are you? 😂

[@englianhu]

wonder how to fit into fable.prophets r package