Design and implementation of embedded feedback controlled dynamic drug delivery interface using hybrid computing technique

Abstract

This study aims to design the architecture model of a computer-controlled drug newlinedelivery system which can be utilized successfully to convey the medication to newlinethe patients, based upon a feed- back mechanism. To achieve the first objective newlinea pilot study was directed to structure the questionnaire for the survey. A newlinesurvey was conducted to make the comparative analysis of the drug delivery newlinesystem utilized by the specialists and to know the eagerness of the specialist to newlineadopt the computer-controlled drug delivery system from the remote location. newlineAfter the survey it was discovered that, 92.5% doctors were using manual drug newlinedelivery system, but they believed that automated drug delivery is better than newlinethe manual drug delivery system. Doctors have also shown their willingness to newlinemonitor a patient from the remote location. The results depicted that a dynamic newlinedrug delivery system is required, because the automatic drug delivery system is newlinemore accurate compared to a manual drug delivery system. Therefore, a newlinefeedback-controlled hybrid drug delivery interface is proposed which newlineempowers the doctors to take a diagnostic decision even from the remote newlinelocation. To meet the third objective of the study an expert system facility and newlinea database are also merged with the model which would help the doctors to newlinetake diagnostic decision. The final objective achieved by implementing the newlinehybrid drug delivery system which is an IoT base solution. newline