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Machine Learning based Batching Prediction System for Food Delivery
CODS COMAD 2021
Delivery time estimates are an important factor for online food delivery platforms. These platforms also depend on batching - delivering two orders together - to increase efficiency and reduce cost. In this paper we propose a novel system for enhanced delivery time estimates for batched orders. The system is based on multiple machine learning algorithms that work together to make the predictions. We observe that the system leads to an increase in the number of times the food is delivered within…
Delivery time estimates are an important factor for online food delivery platforms. These platforms also depend on batching - delivering two orders together - to increase efficiency and reduce cost. In this paper we propose a novel system for enhanced delivery time estimates for batched orders. The system is based on multiple machine learning algorithms that work together to make the predictions. We observe that the system leads to an increase in the number of times the food is delivered within the estimated delivery times by about 6%.
Other authorsSee publication -
An Optimization Framework for On-Demand Meal Delivery System
2020 IEEE International Conference on Industrial Engineering and Engineering Management (IEEM)
The success of an on-demand meal delivery business depends on the cost-effectiveness, speedy, and timely delivery of orders. This problem calls for an optimal trade-off between the cost and time of delivery in near real-time for large-scale orders. In this paper, a generic framework for the optimization of first-mile and last-mile of an on-demand meal delivery system is proposed. The objective is to minimize the overall Cost Per Delivery (CPD) and the delay in order delivery time. Few policies…
The success of an on-demand meal delivery business depends on the cost-effectiveness, speedy, and timely delivery of orders. This problem calls for an optimal trade-off between the cost and time of delivery in near real-time for large-scale orders. In this paper, a generic framework for the optimization of first-mile and last-mile of an on-demand meal delivery system is proposed. The objective is to minimize the overall Cost Per Delivery (CPD) and the delay in order delivery time. Few policies are recommended based on the Just-In-Time (JIT) concept and performances are compared within a simulation framework with real order data of a city. The simulation results indicate that the aggressive JIT policies result in substantial savings of CPD by reducing the wait time without compromising the Customer Experience (CX).
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Customer Experience Driven Assignment Logic for Online Food Delivery
2020 IEEE International Conference on Industrial Engineering and Engineering Management(IEEM)
This paper presents an assignment algorithm for online food delivery which balances both customer experience and delivery costs. Authors propose a multi-objective optimization model to maximize customer experience and minimize delivery costs. For this objective, customer experience is modelled as a time-variant piece-wise linear function, resulting in customer experience meal-delivery routing-problem (CX-MDRP). The utility of the proposed methodology is demonstrated through a live experiment at…
This paper presents an assignment algorithm for online food delivery which balances both customer experience and delivery costs. Authors propose a multi-objective optimization model to maximize customer experience and minimize delivery costs. For this objective, customer experience is modelled as a time-variant piece-wise linear function, resulting in customer experience meal-delivery routing-problem (CX-MDRP). The utility of the proposed methodology is demonstrated through a live experiment at one of the cities in India for 14 days, having approximately a hundred thousand food orders per day.
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Courses
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Advanced Data Structures
CSL630
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Compiler Design
CSL728
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Database Implementations
CSL771
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Distributed Systems
CSL860
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Introduction to DataBase Systems
CSL632
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Multiprocessor Programming
CSL861
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Software Systems Laboratory,
CSL701
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