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Kaggle Bike Share Demand Prediction [DEMO #13]


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Title Kaggle Bike Share Demand Prediction [DEMO #13]
Title of Series 2014 Fall NuPIC Hackathon
Number of Parts 19
Author Maruthi, Chandan
License CC Attribution 3.0 Unported:
You are free to use, adapt and copy, distribute and transmit the work or content in adapted or unchanged form for any legal purpose as long as the work is attributed to the author in the manner specified by the author or licensor.
DOI 10.5446/18075
Publisher Numenta Platform for Intelligent Computing (NuPIC)
Release Date 2014
Language English

Content Metadata

Subject Area Computer Science
Europe over the course of the upset some of the text of the this and of the the the of the use of the of the invention of the light and like those of you who like to think about what is on the right is that each of the money that the gradient of the of the model and this is not what we want to be the 1 that has the right to be left with year for the of the little like the reason that the variance of the and and this the the only 2 of the these then you have the means of production and the woman who is what was in the movies that we have the actually the 2 of them so that the data so what these people of records and in order to get the prediction for those families that you have to believe that the 1st thing that I want to know and this was just the of the that I have to be so this is looking progress object that the energy of the so you have the 1st 1 is full of the next day is not far yeah it's what is the gas what we can do that I out been used it quite costly on the sediment yeah yeah so so was a painting each month and you know the world and what want you just have to use a gun using there's something about the world they they are useful what was was then known about this of understanding of the that you might be right result of the understanding of 1 of those you know the the even families of the 1 and the idea here so of instituting a number of so that this does better
than 100 thousand books on
that remark work that was like what's bad at at at at hundreds of
MIT was higher than that think that the better so that we the yeah so that he would
have been here for the 1st release
of standard probably because of the experience of anything like that but it was in the union and then something of what happened is that you have to make sure that you didn't just starting last of every every year and the year before so in which the 20th in the intercellular and that's all you have to do this in order to do that in the the point that I want you to get out of integrate many of you years data models and the young maybe you of it so that you want the
generality of the parliament to your predicting 240 hours into the future constantly have and in the long variant of the right so you see that the height of independent samples becomes better than government will you get up to here and actually seen it was really neat yeah yeah because of the use of minus so this is what you get with medicine and and the whole of the company happening is because of its use and the only and so on a lot of people think that some friends of mine that all of them sorry so you're producing 10 days ahead of the 1st stage of the something that you're going to predict if you are on Monday that you're values among those that predicts some those you know I was talking about the meaning of the meaning of ones that would you know the better predictor 14 days and some of the most of the week because of the because of the knowledge 1 the relation it should be on and time on and even various sentences in this analysis and and this is the end of the weekend of a family of 4 in the universe of of of of of of the use of many of the of the of the of the of the behavior of the well it this in the that's 1 you think you can model on models that when they're on the quality of various if you predict is 1 thing stands in front of and you like words you hear the story of the worst on real and synthetic data and annotations to something that you can have give you the the results were part of it so I think that we do not have the advantage of the day was not always fall and hope to have a lot to do this with a lot of this is that it is that in this is what I got and surprise algorithm is actually not a lot of it is an assumption that each of the of the user will be more but that's about events so I'm thinking some some here and you have to prove you have to give the error data for the and or just a summary of data you have a lot of fun doing it on time you have to give the same resolution that you know you get that's really very hard to to get and so there that it also has some light on what goes on every year old so that the context that that was really bring get in the way out of that that sort of thing you find 1 of the this on on on on Monday that actually work with particularly if you want to get to the development of really really good for the redundancy in the and the idea is that we did that really assumptions on the 2nd half of in the US so it can be so we use of like 900 that on all of from the book of any of of the the name of the ecology better just to last we copy of the euro you produce process well we have our the as the data from the early was really the that it was the the the the average of all there's a lot of the best and yeah so I think it would be that would be that the a number of reasons for doing so it seems like it's even better than that of the number of things that can go on and on and on and on and on and on and on and on and on and on and on and on so that
Product (category theory)
Scientific modelling
Food energy
Arithmetic mean
Order (biology)
Right angle
Object (grammar)
Arithmetic progression
Row (database)
Point (geometry)
Data model
Order (biology)
Context awareness
Theory of relativity
Process (computing)
Scientific modelling
Multiplication sign
Software developer
1 (number)
Sampling (statistics)
Independence (probability theory)
Event horizon
Image resolution
Data mining
Database normalization
Arithmetic mean
Right angle
Error message


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