Название | : | Two Effective Algorithms for Time Series Forecasting |
Продолжительность | : | 14.20 |
Дата публикации | : | |
Просмотров | : | 331 rb |
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THESE differences, not THIS differences Comment from : Aclama Greentea |
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Linear regression Comment from : hans T |
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That's why it doesn't work in trading Comment from : Daniel Sckarin |
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Amazing! Comment from : Rajavel KS |
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This is extremely good example, however i would like to see one which there more irregularities, it may have about 1-2 year long periodicity and we may not have sufficient data etc brbrActually I came across such problem recently Time series decomposition had very large values in the error part Comment from : Pinakin Chaudhari |
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The question remains: Why can't it beat the stock market? Comment from : W Tan |
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Couldn't a wavelet transform be used instead of a FFT to catch high frequency signals? Comment from : Mahad Mohamed |
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is there a playlist for all related videos Comment from : Azaz Ahmed |
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I fell like this is way too simplistic for modeling financial time series data Under extreme financial stress and boom regimes, memory is both very short-lived and extremely long-live ie a function of subsequence proximity to said regimes (stress or boom) Comment from : axe863 |
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It might work somewhat in a sideways market but otherwise time series data is non periodic Comment from : Alexander ONeill |
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How about transformer? Comment from : isokaytoloveyousomuchabitmorelessmaybe |
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This is very well explained! Comment from : Shan Dou |
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This is outdated even at the time of release seq2seq is no longer the best sequence model Not easy to train, not accurate enough result Comment from : Yilei |
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I'm not understanding anything I'm new to this field Comment from : thereal_HK |
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Of you master this you'll have the edge Comment from : H A |
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Overfitting isn’t forecastingit’s not necessary and useless Comment from : C X |
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Perfect presentation Sr ! I"m very interested to learn more about Can you indicate a literature or a code to do what you told on 4:21, the outages ? How can be done to compensate the mentioned problem on 4:21 ? I'm trying to figure out how to code itbrbrWith all respectbrRobson Comment from : Robson |
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Excellent presentation Comment from : J Flow |
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Wonderful presentation, very clear, very precise Thank you! Comment from : - |
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Assalamualaikum brothers and sis, I am seeking Software Engineers, whom can code in Tensor flow and RNN Time series I am paying I am based in USA Please check out lighttheorypage/ or email us at info@LightTheorytech SALAM Comment from : Light Theory LLC |
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Would be great to have some code examples for FFT or seq2seq Much appreciated, if someone can provide them! Comment from : Noname Noname |
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Using FFT for forecasting the future: that's just like repeating the past with extra steps Comment from : Jordan Miller |
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He forgot the most effective and fastest algorithm for forecasting tabular data Comment from : Ed Powers |
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Sucks being new to this stuff lol Comment from : teebone 21 |
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This is true Gold!! thx :))) Comment from : Yazmin Abat Alarcon |
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I recommend this Comment from : Ipeleng Khule |
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Awesome stuff! Just in case anyone needs an app: @t Comment from : Ole Ersoy |
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thank you, very well explained Comment from : usbhakn |
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Outstanding presentation Thank you Comment from : Eben Daggett |
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Great lecture! Comment from : D B |
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I'm glad I actually watched This is AMAZING Comment from : TheDawningEclipse |
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You deserve the like bro Comment from : תמיר פריינטה |
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Please help in prediction time circle in STOCK MARKET Comment from : SAMEER |
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Great video!! Comment from : Victor Silva |
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Well that’s funny Almost everything advanced(or seems to be advanced) belongs to ‘deep learning’ In my opinion, this is just the state space model or hidden Markov models, isn’t it? Comment from : Lincoln Guo |
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Time wasted Comment from : Lei |
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I like this very much Short and packed with actionable information Thank you! Comment from : Sriram Srinivasan |
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1 To perform Fourier analysis on a dataset it has to be L1-integrable In the presented example, the time series is not L1-integrable This method is good for 1st-year students, not for serious people In such an example you should use proper modelsbr2 Did he just hugely overcomplicate the idea of autoregressive modeling? Comment from : Jacek Wodecki |
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hahaha, tao biet ma, bon may an cap cua tao nhung cung deo co ra hon cai gi het :D tuc toi lam ha lu cho heo ga zit que, tiep tuc di, lam tiep di, tao cho ket qua bon may do lu phat xit cho, hi hi Comment from : Greg Makov |
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I learned so much in 14min! Thank you for sharing your knowledge and experience! Comment from : Nicolas Berney |
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excellent! Comment from : Farid Abu Bakr |
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Thank you for the good talk Comment from : shrvsmb gnchsh |
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damn this is shit Comment from : SillieWous |
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Can someone provide the name of the paper from which the very last bit was taken? (The prediction with the encoder-decoder NN) Comment from : Andreas Hadjiantonis |
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5:14 bris bottom line the error? between the red and black curves?brit seems the error varies along time, but why the bottom line looks almost horizontal? Comment from : Ryan Ptt |
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Wow! Comment from : Dadi Superman |
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RNNs are dead Comment from : Anton Krasnokutskiy |
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I cant explain it like this This guy trully explains it Thanks for awesome video Comment from : Bilguun Byambajav |
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If you can't explain it in simple words you didn't understand it This guy nails it perfectly that even my kid would get it Comment from : Beibit-DS |
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These methods are interesting however they over complicate the forecasting process A simple SARIMA model would do the trick, maybe even a Holt's Winter seasonal model If u want to utilize Fourier terms a dynamic harmonic regression or sinusoidal regression might have been better Comment from : Mario |
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wow this is stupid Comment from : stkristiano |
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Can we decompose the time series using Seq2Seq? Comment from : Prateek Jain |
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好不容易找了几个有效的例子 实际中没啥用啊 Comment from : arthur zhou |
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learn statistics and stochastic processes, at least Comment from : Joao Pedro |
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Very good tutorial Thank you for sharing! Comment from : maiarob2 |
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so the solution is deep learning again Comment from : edansw |
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awesome vid! thank you for posting Comment from : n z |
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FFT only for periodic function, furthermore, nobody can predict the unpredictable, Forex is bullshit, only them, the bankers may do it, because they are the cheaters Comment from : Tobias Majoy |
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love it! Comment from : Raúl RLS |
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Does anybody understand the part between 13:20- 13:58 Don't really understand how encoder decoder things works How exactly does the historical data in the encoder can be used in the decoder ? Comment from : bhumika lamba |
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I am sorry my friend , using a fft for forecasting is methodological nonsensebrDe implicit assumption of a fft is thatbr the timeseries is periodicbr Why would it be? Comment from : Frans Mulder |
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1:14 Decompositionbr3:49 FFTbr14:19 Seq2seq Comment from : Xiaobo Fu |
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Thanks for the talk Mind opening Comment from : John Hammer |
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very nice! Comment from : Ming C |
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Got it, Thank you very much!brbr:) Comment from : Hafidz Jazuli |
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when i was young, we were supposed to learn, arima arfima, arch, armax, state space filter, and all these tools useful for time series nowadays, no need for any skill, just do deeplearning, use tensorflow and/or lstm, and all the problems will be fixed ( whatever the problem, supplychain, wheather, finacial forecasting, ) and that's the same for multidimensional analysis, econometrics, and so onbrsad really sadbri just made a comparison between a state space model, and a lstm no need to say who was the winner, who gave a result nearly immediately, who did not need coding and debugging too much, who Comment from : uncle max |
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it's very funny to see people with only bacholor's degree talking about data analysisbrFFT and RNN LMAObrI guess what's why uber sucksbrIt's 2020 now, use google scholar to read at least 100 top-tier papers before you start talkbrTo uber, please hire some real researchers! Comment from : lisa s |
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