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Dressify-Challenge

##Brief About Dressify

Dressify is a garment company, which brings the latest fashion trends to the world. They not only rely on their creative juices to differentiate themselves against their competition, but they have started using data science too. Over the last few months, they have captured data points about several dresses which includes their style, price, size, fabric type, pattern and different dress attributes.

##Problem Description:

Dressify wants to identify the most recommended dress for sales based on various attribute of dresses and market. These attributes are responsible for the sales of a dress, hence, the dresses are recommended accordingly. This data set has missing values. Hence, will be required to treat them accordingly. In this data set, you are expected to predict, if a dress should be recommended by Dressify or not.

##Data Set We have train (359) and test (141) data set, train data set has both input and output variables). We need to predict recommendation for test data set.

Variable Name Description

ID Unique_ID

Style Bohemia,brief,casual,cute,fashion,flare,novelty,OL,party,sexy,vintage,work

Price Low,Average,Medium,High,Very-High

Rating 1-5

Size S,M,L,XL,Free

Season Autumn,winter,Spring,Summer

NeckLine O-neck,backless,board-neck,Bowneck,halter,mandarin-collor,open,peterpan-collor,ruffled,scoop,slash etc

SleeveLength full,half,halfsleeves,butterfly,sleveless,short,threequarter,turndown,null

waiseline dropped,empire,natural,princess,null

Material wool,cotton,mix etc

FabricType shafoon,dobby,popline,satin,knitted,jersey,flannel,corduroy etc

Decoration applique,beading,bow,button,cascading,crystal,draped,embroridary,feathers,flowers etc

Pattern Type solid,animal,dot,leapard etc

Area A,B,C,D,E

Recommended Target Variable: Recommended product (0,1)

##Evaluation Metrics

Evaluation metric of this challenge is Confusion_Matrix. A confusion matrix is an N X N matrix, where N is the number of classes being predicted. For the problem in hand, we have N=2, and hence we get a 2 X 2 matrix.

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