Publication | Open Access
TD-LSTM: Temporal Dependence-Based LSTM Networks for Marine Temperature Prediction
109
Citations
21
References
2018
Year
Ocean MonitoringMarine Temperature PredictionMachine LearningData ScienceEngineeringSea-level ChangeRecurrent Neural NetworkTemporal DependenceClimate ForecastingOceanographyForecastingOcean TemperatureEarth Science
Changes in ocean temperature over time have important implications for marine ecosystems and global climate change. Marine temperature changes with time and has the features of closeness, period, and trend. This paper analyzes the temporal dependence of marine temperature variation at multiple depths and proposes a new ocean-temperature time-series prediction method based on the temporal dependence parameter matrix fusion of historical observation data. The Temporal Dependence-Based Long Short-Term Memory (LSTM) Networks for Marine Temperature Prediction (TD-LSTM) proves better than other methods while predicting sea-surface temperature (SST) by using Argo data. The performances were good at various depths and different regions.
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