Key result
An AI-based edge-intelligent system using LSTM and alternate learning successfully predicted the probability of hypoglycemia occurrence after 30 minutes with approximately 80% accuracy.
Why the study?
Does an AI-based edge-intelligent system using LSTM accurately predict hypoglycemia after 30 minutes using low-periodic blood glucose data?
Does an AI-based edge-intelligent system using LSTM accurately predict hypoglycemia after 30 minutes using low-periodic blood glucose data?
An AI-based edge-intelligent system using LSTM with alternate learning and inference can predict hypoglycemia 30 minutes in advance with approximately 80% accuracy.
May support edge-AI hypoglycemia alerts in diabetes; leaves open prospective validation before clinical use.
In this study, we developed an AI-based edge-intelligent hypoglycemia prediction system for the environment with low-periodic blood glucose level. By using long-short-term memory (LSTM), a specialized network for handling time series data among neural networks along with introducing alternate learning and inference, it was possible to predict the BG level with high accuracy. In order to achieve, the system for predicting the blood glucose level was created using LSTM, and the performance of the system was evaluated using the method of the classification problem. The system was successfully predicted the probability of occurrence of hypoglycemia after 30 min at approximately 80% times. Furthermore, it was demonstrated that accuracy is improved by alternately performing learning and prediction.
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Quan et al. (2019) studied Hypoglycemia. AI-based edge-intelligent hypoglycemia prediction system using LSTM and alternate learning was evaluated on Prediction of the probability of occurrence of hypoglycemia after 30 min. An AI-based edge-intelligent system using LSTM and alternate learning successfully predicted the probability of hypoglycemia occurrence after 30 minutes with approximately 80% accuracy.
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