Research Projects - Vicomtech

IRAZ

Researches and develops a technological support solution for the creation of Easy-to-Read content

LAGUN_ESQUIZOFRENIA

Enables professionals to monitor behavioural patterns, and implement solutions for early detection of decompensation through the use of easy-to-use wearable devices

TerminAI

Improved health data management through artificial intelligence

CPP Autopilot

Progress towards automation of laparoscopic surgery through the development of a robotic platform

CARAMEL

Personalized prevention in Cardiovascular Health in middle-aged women based on AI.

OaaS

In the future, experienced remote human operators will supervise several automatized factories

DLEAM

Designing and developing near-to-optimal (machine) parameter configuration in bioprinting processes.

STEER

Virtual Cohorts from Text-Conditional Medical Image Generation

VOHLO

VOHLO-Bringing people to extended reality with volumetric video

Cooperative Perception Services for the Basque Connected Corridor

Carrying out V2X (Vehicle to Everything) connectivity tests on connected vehicles and the physical and digital infrastructure of the Basque Connected Corridor (BCC) on its different sections of the AP-8 located in Bizkaia.

DYNASPECTRUM

DYNASPECTRUM proposes the spectrometry signal analysis for the exposome characterisation by using AI techniques

DIMεD

Network of excellence in state-of-the-art personalised invasive medical devices.

6GDIFERENTE

6G Distributed and Federated Experiments in Radio, Edge and Non-Terrestrial Networks

AISEJAN

Implementation of advanced Artificial Intelligence (AI) technologies for the design and optimization of a home catering offer, personalized and adapted to the nutritional needs of older people

A2 PRIVCOMP

Definition and development of technological solutions that contribute to the transversal areas of privacy, security and data management in the cloud-edge ecosystem

ADAGIO

Automatic generation of adapted text system developed thanks to Generative AI

DISTRA

New tool that uses Artificial Intelligence to predict future diseases based on a patient's current pathology

LUCIA

Further understanding of the disease and development of methods for the early detection, diagnosis and later treatment of lung cancer.

SYNTHEMA

A cross-border hub to develop & validate federated learning supported #AI techniques for anonymization & synthetic data generation in rare hematological diseases

DanioBIT

Digitise and automate Biobide's pharmacological assay processes on zebrafish larvae

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Noteworthy Projects