Modular, reconfigurable and cognitive microsystem for the monitoring and remote control of smart communicating objects

摘要

The present invention is a modular, reconfigurable and cognitive Microsystem that dynamically adapts itself to a given radio context for an improved user experience and health risk detection while enabling the realization of custom telehealth products in a flexible and highly integrated manner. The Microsystem of the invention is made of one or several semiconductor dies, with complementary functionality, that are integrated both vertically and horizontally. By default, the Microsystem of the invention includes a ‘base’ die made of dual-mode and dynamically reconfigurable functional blocks implementing the whole ‘Bluetooth Low Energy’ standard and a portion of the ‘Zigbee/IEEE 802.15.4’ specification. The Microsystem according to the invention is particularly well-suited for the collection and transfer of (tele)health data but can also be applied to other application markets and devices having the need to support the operating modes, ‘Bluetooth Low Energy’ and/or ‘Zigbee/IEEE 802.15.4’, in a modular, reconfigurable and cognitive manner.