recommendation-system | Movie recommendation system using statistics and machine | Analytics library
kandi X-RAY | recommendation-system Summary
kandi X-RAY | recommendation-system Summary
This repository contains the report and code of the capstone project of HarvardX’s Data Science Professional Certificate program. The goal is to build and evaluate a movie recommendation system applying the lessons learned in the program. The HTML version is available on RPubs. code.R - R code used to build and evaluate the machine learning models. report.Rmd - R Markdown code used to create the PDF and HTML reports. report.pdf - Technical report with the model building and evaluation.
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QUESTION
When trying to access the label
column, I get:
ANSWER
Answered 2022-Feb-21 at 16:42Looks like the problem turned out to be, like @hpaulj said, that pd.DataFrame(self.data).head()
line, because not only it was called for nothing, since it wasn't assigned to any variable, but also returned the first 5 rows, which makes sense now why I got a KeyError
regarding the index after making a first change. So, instead, I changed it to self.data = pd.DataFrame(self.data)
and now the code works as expected to.
QUESTION
ANSWER
Answered 2021-Dec-01 at 21:25I would break down the load into multiple steps.
Load the users.
QUESTION
I am fairly new to AWS and Sagemaker and have decided to follow some of the tutorials Amazon has to familiarize myself with it. I've been following this one (tutorial) and I've realized that it's an older tutorial using Sagemaker v1. I've been able to look up and change whatever is needed for the tutorial to work in v2 but I became stuck at this part for storing the training data in a S3 bucket to deploy the model.
...ANSWER
Answered 2021-Jun-07 at 02:39It looks like they've left some of the code out, or changed the terminology and left in predictions by accident. predictions is an object that is defined on this page https://docs.aws.amazon.com/sagemaker/latest/dg/ex1-test-model.html
You'll have to work out what predictions is in your case.
QUESTION
I want to reproduce the results of this article on how to make your own recommendation system. Basically she starts scraping the page https://www.nosetime.com/pinpai/2-a.html in this notebook to get the names of the perfumes. I tried to do the same but I get an error 403 with requests.get(url)
. Then I tried to use the same solution as in this answer, a proxy, but got the same error:
ANSWER
Answered 2020-Nov-01 at 15:42Set User-Agent
HTTP header to obtain correct response from the server:
QUESTION
For my project , i’m trying to predict the ratings that a user will give to an unseen movie, based on the ratings he gave to other movies. I’m using the movielens dataset.The Main folder, which is ml-100k contains informations about 100,000 movies.
Before processing the data, the main data (ratings data) contains user ID, movie ID, user rating from 0 to 5 and timestamps(not considered for this project).I then split the data into Training set(80%) and test data(20%) using sklearn Library.
To create the recommendation systems, the model ‘Stacked-Autoencoder’ is being used. I’m using PyTorch and the code is implemented on Google Colab. The project is based on this https://towardsdatascience.com/stacked-auto-encoder-as-a-recommendation-system-for-movie-rating-prediction-33842386338
I'm new to deep Learning and I want to compare this model(Stacked_Autoencoder) to another Deep Learning model. For Instance,I want to use Multilayer Perception(MLP). This is for research purposes. This is the code below for creating Stacked-Autoencoder model and training the model.
...ANSWER
Answered 2020-Jul-25 at 22:40An MLP is not suited for recommendations. If you want to go this route, you will need to create an embedding for your userid and another for your itemid and then add linear layers on top of the embeddings. Your target will be to predict the rating for a userid-itemid pair.
I suggest you take a look at variational autoencoders (VAE). They give state-of-the-art results in recommender systems. They will also give a fair comparaison with your stacked-autoencoder. Here's the research paper applying VAE for collaborative filtering : https://arxiv.org/pdf/1802.05814.pdf
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