Argonne National Laboratory

AUREIS - Adaptive ultra-fast energy-efficient intelligent sensing technologies

AUREIS aims to develop the underpinning microelectronics technologies for ultrafast, energy-efficient, dense networks of sensors, large-area imagers and future detectors, solving the extreme data deluge problem.

AUREIS aims to develop the underpinning microelectronics technologies for ultrafast, energy-efficient, dense networks of sensors, large-area imagers and future detectors, solving the extreme data deluge problem by:

  • Reimagining network of sensors as data-driven adaptive intelligent architectures 
  • Introducing optimally distributed computing at the data source (edge)
  • Leveraging meshed hierarchical interconnections 
  • Optimizing and benchmarking energy and information extraction efficiency 

Application example: X-ray detector systems for ultrafast, ultra-bright, high-energy multi-probe Light Sources that are also compatible with high energies in extreme environments, as with inertial and magnetic fusion devices, ensuring broad applicability in other scientific and industrial fields.

AUREIS is a project within the Microelectronics Energy Efficiency Research Center for Advanced Technologies (MEERCAT), a DOE Microelectronics Science Research Center (MSRC) focused on advancing energy-efficient microelectronics through end-to-end co-design.