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@article{165075,
        author = {Arihant Awate and Preeti Bailke and Aniket Jawarkar and Vinod Waghmare},
        title = {3D Virtual Simulation in DeliCity ( Using Shortest Path Finding Algorithm)},
        journal = {International Journal of Innovative Research in Technology},
        year = {},
        volume = {11},
        number = {1},
        pages = {427-432},
        issn = {2349-6002},
        url = {https://ijirt.org/article?manuscript=165075},
        abstract = {The "3D Virtual Simulation in DeliCity" project offers an immersive and innovative approach to the visualization of shortest path finding algorithms. Set in the fictional city of DeliCity, projected into the year 2049, the simulation introduces a futuristic urban landscape where the efficiency of a delivery bot named "Delibot" is optimized through the utilization of various shortest path finding algorithms. In this unique project, customers are represented as nodes within the city, reflecting the bot's primary objective which is to reach them as swiftly as possible while making parcel deliveries.
As users navigate through the 3D Virtual Simulation in DeliCity, they are presented with real-time data visualizations showcasing the dynamic movement of Delibot across the cityscape. Each algorithm's effectiveness is demonstrated through the bot's ability to adapt to changing traffic conditions, optimize routes based on delivery priorities, and minimize delivery times. Through this immersive experience, the project not only offers a deeper understanding of shortest path finding algorithms but also explores the potential applications of such technologies in future urban logistics and transportation systems.
},
        keywords = {DeliCity, DeliBot, Nodes, 2049, Visualization},
        month = {},
        }