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BonsAPPs
BonsAPPs helps SMEs digitalise by allowing them to access, implement and make use of Artificial Intelligence in an easy and affordable way.
BonsAPPs intends to build on the results of the Bonseyes project (ICT-01-2016 RIA, GA 732204) to incorporate Bonseyes Marketplace Platform (BMP) to the European AI-on-demand platform and link the ecosystem built around Bonseyes Community Association (BCA) with the AI-on-demand platform community.
Assets related to BonsAPPs
MNE_OQC (Defect Detection Challenge)
Our main project goal was to create an AI system that can classify product images that may originate from various industries. This system can differentiate between 2 cases: a defective and non-defective product, and as well provide a location of the defec...
CHEIRONOM (Gesture Recognition Challenge)
The main goal of this project is to have an AI system translate a streaming video of the actions of a driver, captured from within the car, to a stream of action recognition labels, i.e. have the car understand what the driver needs done from the gestures...
Artificialy - Remote Vital Signs detection
We are a Swiss company born in 2020 with the purpose of pulling together excellent data scientist and engineers with a taste for making a difference in the real business world bringing AI in companies to solve problems. The group is investing in digital ...
EENAKWS (Robotics: R.2 Keyword spotting)
Our goal is to bring keyword spotting solutions to noisy environments, specializing on the on-site noise in an energy-efficient manner.
AWoid (Collision Avoidance)
AWoid is a project carried out by ELIF LAB srl (www.eliflab.com). The main goal of the AWoid project is developing an artificial intelligence solution that could allow the onboard camera input of an autonomous vehicle, drone or robot to be used to estima...
AUTO-MNET (Body Part Tracking)
A 3D human pose estimator for edge devices. Automotive Challenge - Body Part Tracking
PULSE (Heart Rate Detection)
PULSE goal was to develop a deep learning model that takes as input PPG (Photoplethysmogram) signals originated by wearable devices (e.g., smartwatch) and fuse them with triaxial accelerometer signals to estimate the user’s heart rate. The developed mod...