Design of an Efficient Model for Health Status Prediction Using LSTM, Transformer, and Bayesian Neural Networks
Rishi Golchha, Prashant Khobragade, Ashish Talekar
Abstract
The urgent need for health predictions has led to extensive research, but existing methods often fail to cope with the complexity of health data. While traditional methods struggle to capture the temporal and descriptive relationships expected in multimodal health data, this research offers new methods that use technology tools to overcome these limitations. By integrating long-term memory (LSTM) networks for physical modeling, Transformer architecture with multi-head listening mechanism for feature extraction, and Bayesian neural networks (BNN) for parameter estimation, clearly, our model was effective in predicting health outcomes. LSTM networks are effective at capturing long-term dependencies found in continuous health data and help identify changes in healthy patient recruitment over time. Meanwhile, the multihead Transformer takes care of the translation by focusing on important features in multivariate data, thus improving the accuracy of disease classification. Additionally, integration of Bayesian neural networks can quantify uncertainty, which is important for informed clinical decision making. Tests show that the performance is better than traditional methods, with fewer errors and defects. This principle not only increases the accuracy and reliability of health predictions, but also has the ability to change medical decisions, ultimately improving patient outcomes and healthcare.