OBD-based monitoring identifies vehicle faults and recovers protection plan terms from partial data to guide timely maintenance.
Digitally steered RFID antenna arrays separate LOS from multipath signals to improve indoor tag localization accuracy and tracking speed.
Signal-derivative link selection improves wireless glucose data reliability while limiting battery drain in analyte sensor communication.
Continuous ear-contact sensing and wireless transmission replace manual livestock checks, enabling earlier disease detection with less animal stress.
Processed sensor data is sent in real time through PoE and wireless links, improving reliable communication in harsh or underwater environments.
When mesh links become unavailable or overloaded, the meter switches from low-power local radio to long-range communication to keep data flowing.
Electrochemical sensing with pre-functionalized probes and smartphone interpretation speeds pathogen testing beyond lab settings.
A mobile network intermediary lets terminals report sensing data through policy-based sessions, enabling collaborative processing beyond direct app-layer transfer.
Expected sensor event behavior is used to flag only sensors needing walk tests, cutting test time, bandwidth use, and security exposure.