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Model: Linear Regression, Evaluation metric: Root mean square error, Train RMSE: 2.55 & Test RMSE: 2.73

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Taxifare-Prediction (New-York City)

The predicting of fare amount (inclusive of tolls) for a taxi ride, given the pickup and dropoff locations,the pickup date time and many other attributes given below.

The description of all the attributes is given below.

The target variable is “fare_amount “

Understand the data and do necessary data exploration and try creating new features and build a machine learning model to predict the fare amount.

Variable Description

TID Unique ID

Vendor_ID Technology service vendor associated with cab company

New_User If a new user is taking the ride

toll_price toll tax amount

tip_amount tip given to driver (if any)

tax applicable tax

pickup_timestamp time at which the ride started

dropoff_timestamp time at which ride ended

passenger_count number of passenger during the ride

pickup_longitude pickup location longitude data

pickup_latitude pickup location latitude data

rate_category category assigned to different rates at which a customer is charged

store_and_fwd if driver stored the data offline and later forwarded

dropoff_longitude drop off longitude data

dropoff_latitude drop off latitude data

payment_type payment mode used by the customer (CRD = Credit Card, CSH - Cash, DIS - dispute, NOC - No Charge, UNK - Unknown)

surcharge surchage applicable on the trip

fare_amount trip fare (to be predicted)

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Model: Linear Regression, Evaluation metric: Root mean square error, Train RMSE: 2.55 & Test RMSE: 2.73

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