Information Trust Institute block of abstract images
Information Trust Institute block of abstract images

RMED: A Reconfigurable Architecture for Embedded Medical Monitoring

Architectures, Control systems, Hardware, Processors, Real-time, Sensors, Networks, Monitoring, Software

Reconfigurable Architecture with Configurable PEs for Patient-Specific, Multi-Parameter Monitoring, Prototyped on an FPGA Platformable Architecture for Embedded Medical Monitoring
Reconfigurable Architecture with Configurable PEs for Patient-Specific, Multi-Parameter Monitoring, Prototyped on an FPGA Platformable Architecture for Embedded Medical Monitoring
The research team led by Ravishankar K. Iyer and Zbigniew T. Kalbarczyk has developed a multi-parameter, reconfigurable architecture framework for patient-specific medical monitoring. This architecture is mainly composed of a set of heterogeneous processing engines and flexible communication interfaces, which enable the run-time configuration of the architecture for optimal diagnosis of different diseases. With a balanced mixture of flexibility, patient-specificity, and detection accuracy at a small hardware footprint, the architecture can be an attractive framework for embedded monitoring of a wide variety of medical conditions. Reference paper: "An Embedded Reconfigurable Architecture for Patient-Specific Multi-Parameter Medical Monitoring" (PDF).