Data Analysis - Clustering
Project # 116026
Job Statistics
7 Bids |
budget
Up to 2,500 ILS
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bidding ends in
mins
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bid range
90
ILS
-
300
ILS
/ hour
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average bid
162
ILS
/ hour
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Job Info And Actions
Posted:
14:35, 24 Jun., 2017
Ends:
16:00, 3 Aug., 2017
Data Analysis - Clustering
I'm interested in clustering movies.
I would like the clusters to indicate which movies “go together” in people’s preferences.
To do this, I want to implement the PIVOT algorithm:
https://en.wikipedia.org/wiki/Correlation_clustering
This involves reading the data set of movies, finding for each pair of movies whether they should be marked + or −, and implementing the pivot algorithm using these marks as input.
After that, I want to build an algorithm that improves the results of the PIVOT algorithm, using the probabilities of each pair of movies. (probability of a random person to watch one or both of them)
The improvement can be a totally different algorithm, or it can take the output of the PIVOT
algorithm and improve it, or it can change its input, or anything else you think might be helpful.
The data set can be downloaded from here: https://grouplens.org/datasets/
movielens/1m/, it is the Movielens 1M dataset.
All the details are explained in the attached file.
I would like the clusters to indicate which movies “go together” in people’s preferences.
To do this, I want to implement the PIVOT algorithm:
https://en.wikipedia.org/wiki/Correlation_clustering
This involves reading the data set of movies, finding for each pair of movies whether they should be marked + or −, and implementing the pivot algorithm using these marks as input.
After that, I want to build an algorithm that improves the results of the PIVOT algorithm, using the probabilities of each pair of movies. (probability of a random person to watch one or both of them)
The improvement can be a totally different algorithm, or it can take the output of the PIVOT
algorithm and improve it, or it can change its input, or anything else you think might be helpful.
The data set can be downloaded from here: https://grouplens.org/datasets/
movielens/1m/, it is the Movielens 1M dataset.
All the details are explained in the attached file.
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