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Goal is to extract skillset and experience from a resume and rank best resumes.

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Sendy_Umoja_Hackathon

The objective of this challenge is to create a machine learning model that will predict whether a rider will accept, decline or ignore an order sent to them. Projet Overview The dataset provided by Sendy includes order dispatch details and rider metrics based on orders made on the Sendy platform. The challenge is to predict the reaction of a partner rider to an order: is a rider most likely to ignore, decline or accept the dispatch they receive? Sendy provides an API as well as a web and mobile application platform to link customers who have delivery needs with vetted transporters. The customers select their vehicle of choice, get their price quote upfront and pay using various payment options. The system optimises the route, looks for the closest available riders and dispatches the orders in the most efficient way. The training dataset provided here is a subset of over 200,000 dispatches and only includes direct orders (i.e. Sendy “express” orders) with bikes in Nairobi. All data in this subset have been fully anonymized while preserving the distribution. Objectives. Build a machine learning model that will predict whether a rider will accept, decline or ignore an order sent to them. Variable definitions Dispatch Data ID - Unique ID for each order request order_id – Unique number identifying the order client_id - Unique number identifying the customer on a platform client_type - Specifies the customer type (Business or Personal) rider_id - Unique number to uniquely identify the rider rider_license_status - Identifies riders who have a license to access restricted areas i.e. 0 (Cannot access a restricted area) and 1 (Can access a restricted area) rider_carrier_type - Identifies the box option that a rider currently has i.e. 0 (No Box option) and 1 (Box option) rider_amount - The earnings a partner would earn if they successfully complete an order. order_license_status - Identifies orders that require a pick-up or drop-off in a restricted area i.e. 0 (Restricted area) and 1 (Non-Restricted area) order_carrier_type - Identifies the box option the customer specified while placing their orders i.e. 0 (No box option), 1 (Box option), 2 (Any option) vendor_type – For this competition limited to bikes. However, in practice, Sendy’s service extends to Vans and Trucks. Pickup Latitude and Longitude (pickup_lat and pickup_long) - Latitude and longitude of pick up location Destination Latitude and Longitude (drop_off_lat and drop_off_long) - Latitude and longitude of delivery location Rider Latitude and Longitude (rider_lat and rider_long) - Latitude and longitude of the Rider at the time of dispatch. target - The reaction of a rider in regards to a particular dispatch. Did a rider ignore (0), decline (1) or accept (2) a dispatch? Dispatch times dispatch_day - Day of Month i.e. 1-31 dispatch_day_of_week - Weekday (Monday = 1) dispatch_time - Time of day the dispatch was sent out to the riders
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Final_dengue_disease_prediction.

Project Description Dengue fever is a mosquito-borne disease that occurs in tropical and sub-tropical parts of the world. In mild cases, symptoms are similar to the flu: fever, rash, and muscle and joint pain. In severe cases, dengue fever can cause severe bleeding, low blood pressure, and even death. Because it is carried by mosquitoes, the transmission dynamics of dengue are related to climate variables such as temperature and precipitation. Although the relationship to climate is complex, a growing number of scientists argue that climate change is likely to produce distributional shifts that will have significant public health implications worldwide. An understanding of the relationship between climate and dengue dynamics can improve research initiatives and resource allocation to help fight life-threatening pandemics. NB: Please ensure performance is evaluated primarily according to the mean absolute error. Objective: Using environmental data collected by various U.S. Federal Government agencies, Predict the number of dengue fever cases reported each week in San Juan, Puerto Rico and Iquitos, Peru.
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