Bharat Park: A Comprehensive Analysis of Multi-factor Dynamic Pricing Strategies for Urban Parking and Congestion Reduction

BharatPark is a real-time solution to parking issues and underutilization of resources. Unwanted congestion from parking deficiencies leads to on-street problems. A user-friendly app allocates parking spaces via vendors. It is a two-user authenticated application, one for vendors and the other for users (Parkers). Built on Flutter+Firebase, it includes dynamic pricing to manage congestion, guided map locations, residential parking, and more. The back-end stores user/vendor information, order details, and timings, with dynamic pricing based on time, congestion, and vehicle type (two-wheeler or four-wheeler). A key feature addresses on-street parking by allowing offstreet vendors to blacklist vehicles, storing their details in the back-end. This paper outlines methods and techniques to efficiently divert traffic and sustain parking systems.

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Publication Details

Published
2025-05-23
DOI
https://doi.org/10.1109/icmoce64100.2025.11076923
Primary Topic
Smart Parking Systems Research
Type
article
Field-Weighted Citation Impact
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Bharat Park: A Comprehensive Analysis of Multi-factor Dynamic Pricing Strategies for Urban Parking and Congestion Reduction

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Smart Parking Systems Research
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Bharat Park: A Comprehensive Analysis of Multi-factor Dynamic Pricing Strategies for Urban Parking and Congestion Reduction

Meeta Chaudhry, Astha Gupta, Anant Shukla, Ishan Sharma, Harsh Rajput
article en

Abstract

BharatPark is a real-time solution to parking issues and underutilization of resources. Unwanted congestion from parking deficiencies leads to on-street problems. A user-friendly app allocates parking spaces via vendors. It is a two-user authenticated application, one for vendors and the other for users (Parkers). Built on Flutter+Firebase, it includes dynamic pricing to manage congestion, guided map locations, residential parking, and more. The back-end stores user/vendor information, order details, and timings, with dynamic pricing based on time, congestion, and vehicle type (two-wheeler or four-wheeler). A key feature addresses on-street parking by allowing offstreet vendors to blacklist vehicles, storing their details in the back-end. This paper outlines methods and techniques to efficiently divert traffic and sustain parking systems.

CT Group Of Institutions (IN)
Sustainable cities and communities
Openalex Percentile: Top 79%
Smart Parking Systems Research
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