Planet

Our ElderCare application was explained at TeleMadrid news on 2008-07-08.
Eldercare autonomously detects people falls using regular cameras. It is aimed at elder people which live alone. The system reduces the time without medical assistance in the case of fall or faint of the elder patient. It continuously analyzes the images from several cameras and estimates the 3D position of the people in the monitored area. In the event of a fall or a faint it triggers the alarm to alert a relative or a doctor. The system does not require any actuation from the patient, it is completely autonomous and non intrusive. It is based on particle filters technology, motion and color analysis.
Antonio Pineda and Sara Marugán share the credits of this application
More info at this webpage.

Our ElderCare application was explained at TeleMadrid news on 2008-07-08.
Eldercare autonomously detects people falls using regular cameras. It is aimed at elder people which live alone. The system reduces the time without medical assistance in the case of fall or faint of the elder patient. It continuously analyzes the images from several cameras and estimates the 3D position of the people in the monitored area. In the event of a fall or a faint it triggers the alarm to alert a relative or a doctor. The system does not require any actuation from the patient, it is completely autonomous and non intrusive. It is based on particle filters technology, motion and color analysis.
Antonio Pineda and Sara Marugán share the credits of this application
More info at this webpage.

Our ElderCare application was explained at TeleMadrid news on 2008-07-08.
Eldercare autonomously detects people falls using regular cameras. It is aimed at elder people which live alone. The system reduces the time without medical assistance in the case of fall or faint of the elder patient. It continuously analyzes the images from several cameras and estimates the 3D position of the people in the monitored area. In the event of a fall or a faint it triggers the alarm to alert a relative or a doctor. The system does not require any actuation from the patient, it is completely autonomous and non intrusive. It is based on particle filters technology, motion and color analysis.
Antonio Pineda and Sara Marugán share the credits of this application
More info at this webpage.

Our ElderCare application was explained at TeleMadrid news on 2008-07-08.
Eldercare autonomously detects people falls using regular cameras. It is aimed at elder people which live alone. The system reduces the time without medical assistance in the case of fall or faint of the elder patient. It continuously analyzes the images from several cameras and estimates the 3D position of the people in the monitored area. In the event of a fall or a faint it triggers the alarm to alert a relative or a doctor. The system does not require any actuation from the patient, it is completely autonomous and non intrusive. It is based on particle filters technology, motion and color analysis.
Antonio Pineda and Sara Marugán share the credits of this application
More info at this webpage.

This is one sample exercise that alumni from Robotica course did on the second semester of 2008. A pioneer robot in Gazebo simulator had to follow a red line at the floor, using only its own (simulated) camera. They programmed a reactive vision-based controller to do so.

This is one sample exercise that alumni from Robotica course did on the second semester of 2008. A pioneer robot in Gazebo simulator had to follow a red line at the floor, using only its own (simulated) camera. They programmed a reactive vision-based controller to do so.

This is one sample exercise that alumni from Robotica course did on the second semester of 2008. A pioneer robot in Gazebo simulator had to follow a red line at the floor, using only its own (simulated) camera. They programmed a reactive vision-based controller to do so.

This is one sample exercise that alumni from Robotica course did on the second semester of 2008. A pioneer robot in Gazebo simulator had to follow a red line at the floor, using only its own (simulated) camera. They programmed a reactive vision-based controller to do so.

This is one sample exercise that alumni from Robotica course did on the second semester of 2008. A pioneer robot in Gazebo simulator had to follow a red line at the floor, using only its own (simulated) camera. They programmed a reactive vision-based controller to do so.

This is one sample exercise that alumni from Robotica course did on the second semester of 2008. A pioneer robot in Gazebo simulator had to follow a red line at the floor, using only its own (simulated) camera. They programmed a reactive vision-based controller to do so.