作者: H. Wakamatsu , K. Takahara
DOI: 10.1016/S1474-6670(17)56970-0
关键词: Control engineering 、 Experimental system 、 Function (mathematics) 、 Engineering 、 Automatic control 、 Control (management) 、 Adaptive control 、 Control theory 、 Respiratory regulation 、 Control system 、 Nonlinear system
摘要: Abstract A clinical technology generally consistent with a difference of individuals is discussed on the basis adaptive control theory taking into account automatic alveolar CO 2 -concentration in both controlled- and assisted-respiration. An experimental system for this purpose proposed which consists newly developed respirator controlling measuring devices. Its requires safe accurate operation different environments assisted-respiration, are characterized by pattems ventilatory rhythms. In order to satisfy requirements, designed an pole assignment method, capable compensating characteristic environmental changes controlled object. It yields, thus, stable dealing some disorder equipment, mainly characteristics respiratory regulation inclusive its individual such as nonlinearity chronic change. From experiments healthy subjects, performance confirmed follow-up given desired assurance safety. This kind lead useful concept method organic function relied upon less exact recognition because time-varying ambiguous characteristics.