Capacitive Sensing and Communication for Ubiquitous Interaction and Environmental Perception

The emphasis of this work is on extending compressed sensing (CS) and sparse reconstruction techniques [1], [2] to modern multifunction radars. These radars utilize

„ Sensor/actuator data and control are forwarded from one Smart RFID Tag to other Sensor Tag from another sensor network. „ Internet

 Linking smart wireless identifiable devices and RFID data with virtual worlds software programs.  Transfer positions of real persons and real things into the

„ Mobile robots with different sensing capabilities combined with wireless sensor networks and RFID

After the significant increase in the measured permittivity which might be caused by the phase inversion, a gradual permittivity decrease can be observed which is due to the fact

Ivo Ihrke / Winter 2013 Ivo Ihrke - “Optimization Techniques in Computer Graphics” – Strasbourg, 07/04/2014..

Figure 5.3.: Same response to differently sized objects (left), different response to varying materials (right) Object detection using capacitive sensors, can be partially compared

This work aims at presenting sensor-driven applications for human activity recognition in smart environments by using novel sensing categories beyond the existing sensor