ABSTRACT
The setting and adjustment of ventilator parameters need to rely on a large amount of clinical data and rich experience. This paper explored the problem of difficult decision-making of ventilator parameters due to the time-varying and sudden changes of clinical patient's state, and proposed an expert knowledge-based strategies for ventilator parameter setting and stepless adaptive adjustment based on fuzzy control rule and neural network. Based on the method and the real-time physiological state of clinical patients, we generated a mechanical ventilation decision-making solution set with continuity and smoothness, and automatically provided explicit parameter adjustment suggestions to medical personnel. This method can solve the problems of low control precision and poor dynamic quality of the ventilator's stepwise adjustment, handle multi-input control decision problems more rationally, and improve ventilation comfort for patients.
Subject(s)
Humans , Ventilators, Mechanical , Respiration, Artificial , Neural Networks, ComputerABSTRACT
Bilateral middle pontine brachium and cerebral peduncula infarction is an extremely rare posterior circulation infarction.This article analyzed a patient with bilateral middle pontine brachium and cerebral peduncula infarction, reviewed the literature, and determined the cause through detailed medical history and imaging examinations.