Presence Status Detection via Heat and Motion Analysis

The patent combines multiple sensor types (heat sensors and motion sensors) into a unified detection system. The presence server receives and processes both heat information and motion information from mobile devices, integrating these different measurement approaches to determine presence status. This merging of detection methods allows the system to cross-validate results and improve overall accuracy by considering multiple data sources simultaneously.

The system implements feedback mechanisms where the presence server analyzes received heat and motion information, determines presence status, and provides feedback to network elements and device clients. The server continuously monitors sensor data, compares it against established criteria, and updates presence information accordingly, allowing for iterative improvement and adaptation to different detection scenarios.

The presence server acts as an intermediary between the mobile devices with sensors and the network elements. Instead of requiring complex sensor systems within each device, the server receives simplified sensor data from mobile devices, performs the complex analysis and integration in the cloud, and provides processed presence information to network elements. This intermediary approach shifts complexity from the edge devices to the central processing system.

The detection system is segmented into separate functional components: heat sensors in mobile devices, motion sensors in mobile devices, and a central presence server that processes both data types. This segmentation allows each component to be optimized independently and simplifies the overall architecture by dividing complex detection tasks across multiple specialized elements rather than requiring a single complex integrated system.