2010 · 14 citations · 3 references
EngineeringRobotics EngineeringAssistive TechnologyAutomationRoboticsAssistive Medical RobotsAssistive RoboticsHuman-robot Interaction In HealthcareRobot SensorsTelehealth SystemsTelemedicineHome Automation SystemsHome Care RobotsHome Monitoring SystemsHome Monitoring TechnologiesPersonal Care RoboticsRobotic Patient MonitoringSensor Network ArchitecturesSensor Network Integration
Motivation -The use of a Home Care Robot combined with a sensor network could possibly improve or replace current home Tele-healthcare systems that monitor elderly people or other people with health problems.Using robot for this is a new and we want to find out what the advantages or disadvantages could be.Research approach -By using non-invasive wireless sensors the health of the person can be monitored.In case of a possible problem, like when the person has fallen, a robot can autonomously go to the person and ask or check whether help from care-providers would be needed.This check could avoid many false alarms.The robot can call a care-provider by itself.The control of the robot can also be taken over by a care-provider to enable telepresence.By communicating with the person though the robot and seeing through the camera of the robot, the care-provider can then better evaluate the situation and help remotely or send help directly.Findings/Design -The sensors, the robot and the interaction will be designed and evaluated by doing user-tests.Privacy-issues will be investigated too.Take away message -The use of such a Home Care Robot can be very cost-effective because it enables people to live longer in their own home, it can prevent many false alarms for the care-provider and compared to systems that need cameras everywhere it can offer more privacy.
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Medical and Home Automation Sensor Networks for Senior Citizens Telehomecare
Shahram Nourizadeh, C. Deroussent, Ye‐Qiong Song et al. · 2009 · 34 citations · Full text