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Attention based Multi-Modal New Product Sales Time-series Forecasting
{Vikas Raykar Satyam Dwivedi SURYA SHRAVAN KUMAR SAJJA Sumanta Mukherjee Kushagra Manglik Vijay Ekambaram}
Abstract
Trend driven retail industries such as fashion, launch substantial new products every season. In such a scenario, an accurate demand forecast for these newly launched products is vital for efficient downstream supply chain planning like assortment planning and stock allocation. While classical time-series forecasting algorithms can be used for existing products to forecast the sales, new products do not have any historical time-series data to base the forecast on. In this paper, we propose and empirically evaluate several novel attention-based multi-modal encoder-decoder models to forecast the sales for a new product purely based on product images, any available product attributes and also external factors like holidays, events, weather, and discount. We experimentally validate our approaches on a large fashion dataset and report the improvements in achieved accuracy and enhanced model interpretability as compared to existing k-nearest neighbor based baseline approaches.
Benchmarks
| Benchmark | Methodology | Metrics |
|---|---|---|
| new-product-sales-forecasting-on-visuelle | Explainable Cross-Attention Multimodal RNN | MAE: 32.1 |
| new-product-sales-forecasting-on-visuelle2-0 | Explainable Cross-Attention Multimodal RNN | MAE: 0.99 |
| short-observation-new-product-sales | Explainable Cross-Attention Multimodal RNN | 1 step MAE: 0.96 10 steps MAE: 0.94 |
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