A New Method for Temperature Prediction

This invention relates to a method, apparatus, and program for predicting the temperature of a measurement target using multiple prediction models based on the actual temperature of a temperature sensor and its temperature changes. By using the relationship between the predicted values from the prediction models and the actual measured temperature, predictions are made before the temperature of the temperature sensor matches that of the measurement target, thereby enhancing prediction accuracy and allowing for quick temperature prediction.

• Technology using multiple prediction models
• Technology utilizing the relationship between actual temperature and predicted values
• Technology for making predictions before the temperature of the temperature sensor stabilizes

Conventional temperature prediction methods relied on Newton's law of cooling and similar techniques, which had limitations in accuracy and time efficiency. In particular, there was a long wait for the temperature to stabilize after the temperature sensor contacted the measurement target, leading to low prediction accuracy during that period. Additionally, the use of a single prediction model resulted in a lack of flexibility and accuracy in predictions.

This invention provides a method for predicting the temperature of a measurement target using multiple prediction models based on the actual temperature of a temperature sensor and its temperature changes. By employing the relationship between the predicted values from the prediction models and the actual measured temperature, predictions are made before the temperature of the temperature sensor matches that of the measurement target. This enhances prediction accuracy and allows for quick temperature prediction.

• Technology to enhance prediction accuracy
• Technology for quick temperature predictions
• Technology utilizing the relationship between actual temperature and predicted values