Title :
Blood glucose prediction for diabetes therapy using a recurrent artificial neural network
Author :
Sandham, William ; Nikoletou, Dimitra ; Hamilton, David ; Paterson, Ken ; Japp, Alan ; MacGregor, Catriona
Author_Institution :
Dept. of Electron. & Electr. Eng., Univ. of Strathclyde, Glasgow, UK
Abstract :
Expert short-term management of diabetes through good glycaemic control, is necessary to delay or even prevent serious degenerative complications developing in the long term, due to consistently high blood glucose levels (BGLs). Good glycaemic control may be achieved by predicting a future BGL based on past BGLs and past and anticipated diet, exercise schedule and insulin regime (the latter for insulin dependent diabetics). This predicted BGL may then be used in a computerised management system to achieve short-term normoglycaemia. This paper investigates the use of a recurrent artificial neural network for predicting BGL, and presents preliminary results for two insulin dependent diabetic females.
Keywords :
biochemistry; blood; diseases; drugs; medical computing; molecular biophysics; patient treatment; recurrent neural nets; sugar; anticipated diet-based BGL prediction; blood glucose prediction; computerised management system; degenerative complication delay; degenerative complication prevention; diabetes therapy; exercise schedule-based BGL prediction; expert short-term diabetes management; future BGL prediction; good glycaemic control; high BGL; high blood glucose level; insulin dependent diabetic female; insulin dependent diabetics; insulin regime-based BGL prediction; long-term degenerative complication development; past BGL-based BGL prediction; past diet-based BGL prediction; recurrent artificial neural network; short-term normoglycaemia; Artificial neural networks; Computers; Diabetes; Insulin; Sugar; Training;
Conference_Titel :
Signal Processing Conference (EUSIPCO 1998), 9th European
Conference_Location :
Rhodes
Print_ISBN :
978-960-7620-06-4