Deep Learning for Regular Raster Spatio-Temporal Prediction: An Overview

The raster is the most common type of spatio-temporal data, and it can be either regularly or irregularly spaced. Spatio-temporal prediction on regular raster data is crucial for modelling and understanding dynamics in disparate realms, such as environment, traffic, astronomy, remote sensing, gaming and video processing, to name a few. Historically, statistical and classical machine learning methods have been used to model spatio-temporal data, and, in recent years, deep learning has shown outstanding results in regular raster spatio-temporal prediction. This work provides a self-contained review about effective deep learning methods for the prediction of regular raster spatio-temporal data. Each deep learning technique is described in detail, underlining its advantages and drawbacks. Finally, a discussion of relevant aspects and further developments in deep learning for regular raster spatio-temporal prediction is presented.

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Published
2025-10-19
DOI
https://doi.org/10.3390/info16100917
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Video Analysis and Summarization
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article

Deep Learning for Regular Raster Spatio-Temporal Prediction: An Overview

Francesco Camastra, Angelo Casolaro, Vincenzo Capone
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Video Analysis and Summarization
article

Deep Learning for Regular Raster Spatio-Temporal Prediction: An Overview

Francesco Camastra, Angelo Casolaro, Vincenzo Capone
article en

Abstract

The raster is the most common type of spatio-temporal data, and it can be either regularly or irregularly spaced. Spatio-temporal prediction on regular raster data is crucial for modelling and understanding dynamics in disparate realms, such as environment, traffic, astronomy, remote sensing, gaming and video processing, to name a few. Historically, statistical and classical machine learning methods have been used to model spatio-temporal data, and, in recent years, deep learning has shown outstanding results in regular raster spatio-temporal prediction. This work provides a self-contained review about effective deep learning methods for the prediction of regular raster spatio-temporal data. Each deep learning technique is described in detail, underlining its advantages and drawbacks. Finally, a discussion of relevant aspects and further developments in deep learning for regular raster spatio-temporal prediction is presented.

InformationVol. 16(10)
Parthenope University of Naples (IT)
Openalex Percentile: Top 70%
Video Analysis and Summarization
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