What are the most effective solutions to the parking problem?
Best insight from top research papers
To effectively solve the parking problem, several solutions have been proposed. One solution involves using a game-theoretic approach in multi-agent systems, where cars are modeled as agents interacting in a game setting to find available parking spaces . Another solution is the development of a decentralized parking sharing network called ParkChain, which utilizes blockchain technology to promote parking resource sharing and alleviate the parking problem . Additionally, a web-based application called "Park@work" has been developed to provide a simple and cost-effective solution for parking in offices, malls, and hospitals . Furthermore, a mechanical parking device based on a compact double-stack parking system has been proposed, which improves space utilization and can be quickly implemented in residential areas, campuses, or streets . These solutions offer different approaches to address the parking problem and have shown effectiveness in various contexts.
Answers from top 5 papers
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| Papers (5) | Insight |
|---|---|
6 Citations | The provided paper discusses a novel compact double-stack parking system based on a cam-linkage double-parallelogram mechanism, which aims to solve the difficult parking problem. |
| The provided paper discusses the "Park@work" web-based application as an effective and inexpensive solution to the parking problem in offices, malls, and hospitals. It emphasizes the use of React JS and React hooks for building dynamic and reusable components. However, it does not mention any other specific solutions to the parking problem. | |
| The paper proposes a game-theoretic solution to the parking problem by modeling cars as agents in a multi-player game and finding a Nash equilibrium solution. | |
5 Citations | The paper proposes a new parking sharing network called ParkChain using blockchain technology to promote extensive parking resource sharing and relieve the parking problem. |
| The paper proposes a game-theoretic solution to the parking problem by modeling cars as agents in a multi-player game setting. The overall assignment is given as a Nash equilibrium solution. |
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