An Intelligent Care System for the Aged having Gentle Functions to Environment

In this research，我们executed the foundation of research of the Intelligent Care System for the Aged having GentleFunctions to Environment. The results are as follows. Recognition of Human Activities by Gas SensorResponse Using Genetic Algorithm. Feature Extraction of Multi-Gas Sensor Responses Using GeneticAlgorithm. Characteristics of Tin Oxide Gas Sensors for Human Vital Signs during Sleep. PredictionComfortable Index Using Membership Function on Gas Sensor Characteristics. Gas generating EventsEstimation by Means of Remote Sensing and Cepstrum Processing in an Indoor Space. Proposition of Remote Sensing and Cepstrum ProcessingSensor Agent for Air-Pollution Direction and its Experimental Simulation。Information of Driving-State from a Gas Sensor Response by Genetic Algorithm Influence of IndoorThermal Indexes to a Tin Oxide Gas Sensor Output and prediction of its Output。

In this research, we executed the foundation of research of the Intelligent Care System for the Aged having Gentle Functions to Environment. The results are as follows.・Recognition of Human Activities by Gas Sensor Response Using Genetic Algorithm.・Feature Extraction of Multi-Gas Sensor Responses Using Genetic Algorithm.・Characteristics of Tin Oxide Gas Sensors for Human Vital Signs during Sleep.・Prediction of Comfortable Index Using Membership Function on Gas Sensor Characteristics.・Gas-Generating Events Estimation by Means of Remote Sensing and Cepstrum Processing in an Indoor Space.・Proposition of Sensor Agent for Estimation of Air-Pollution Direction and its Experimental Simulation.・Extraction of Information of Driving-State from a Gas Sensor Response by Genetic Algorithm.・Influence of Indoor Thermal Indexes to a Tin Oxide Gas Sensor Output and prediction of its Output.