The content introduces XRMDN, an Extended Recurrent Mixture Density Network, designed to forecast probabilistic demand in high-volatility Mobility-on-Demand systems. Traditional forecasting methods often overlook uncertainty in demand projections, especially in scenarios with high and dynamic volatility. XRMDN addresses these challenges by leveraging a sophisticated architecture that incorporates endogenous and exogenous data to enhance forecasting precision. The model outperforms existing benchmark models in various metrics, particularly excelling in high-demand volatility contexts. The paper includes a comprehensive experimental analysis using real-world MoD datasets, showcasing the effectiveness of XRMDN in enhancing operational efficiency and customer satisfaction.
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