AELab has consolidated experience in the modeling and characterization of metasurfaces and metamaterials and in the design of innovative microwave antennas and devices, acquired during research projects both on behalf of industries and international agencies
The Computer Architecture Laboratory (“Lab223” for short) focuses on the realization of the hardware/software systems that provide energy-efficient and performing solutions including: - High-performance acceleration ranging from Multicores, GPUs, FPGAs platform - Programming models for programmability and performance portability of parallel applications - Energy-saving solutions based on Highly-efficient Embedded Systems - Distributed platforms and Clusters of Heterogeneous Systems
The system enables to instruct network devices on the actions to perform upon failure or degradations without querying a centralized controller. The system is suitable for use cases such as system margin reduction, white boxes, and OAM
The invention relates to the telecommunications sector, and in particular to a method and a system for restoring a connection to a telecommunications network for fifth generation services.
The invention is within the optical fiber sensor technology, and in particular, sensors that measure physical perturbations (temperature, mechanical vibrations, pressure), where the wavelength of the reflected light responds to these parameters, such as fiber Bragg grating (FBG) sensors or Fabry-Perot sensors.
The present invention aims to solve the problems related to multi-architecture parallel programming by using an innovative and automatic process for the generation of parallel code with a high level of abstraction executable at high performance on electronic processors with heterogeneous multi-core or many-core or hybrid architectures.
