NETA V3A’s objective is to develop a 100% Galician healthcare robot that helps elderly people to stay in their own environment for as long as possible in order to promote healthy lifestyle habits and support pharmacological and medical treatments through monitoring.
POSEIDON aims at developing a UAV-mounted multisensor system for detection of floating marine pollution. To this end, POSEIDON proposes a compact system that can be carried on small UAVs that integrates radar sensors jointly operating with EO/IR cameras to monitor marine areas in order to detect sea debris and oil spills. In particular, Ku band […]
The purpose of VIGÍA is to provide a set of technologies to assist in the exploration of information from large communities attending to the content generated by the users within. To improve analysts’ experience, VIGÍA focuses on the visualization of large graphs of communities (over a scalable backend that facilitates the generation of such graphs, […]
SMARNET (Smart MARitime NETwork) applies the concept of Smart Ciy to maritime-coast environment. The target is to provide a platform, based on FIWARE technologies, to support the development of applications and services focused on maritime sector and oriented to professionals and general public. Nowadays, there are multiple sources of information related to the maritime environment (fishing, […]
Companies from different industrial sector are experimenting a transformation that will require to the optimization and automation of their processes to adapt them to the digital era. Therefore, it is needed to provide tools to facilitate this transition to achieve the competitiveness growth by means of products and processes innovation. MINTICC project aims at simplifying […]
NANOEATERS is a network of Research Centers created with the objective of supporting Euroregional “early adopters” companies in the application of new nanotechnology-based solutions. The technologies targeted by the project will offer effective responses to the weaknesses detected in the cross border Smart Specialization Strategy (S3) Galicia – Northern Portugal. Gradiant’s goal in the project […]
The SINDA project SINDA (Indoor Security System with Autonomous Drones Based on Artificial 3D Vision) aims to develop a working prototype of Multirotor drone, equipped with a navigation system and inspection based on machine vision (VA), aimed at the implementation of surveillance, monitoring and control independently. Financed project by the program FEDER Innterconecta 2015 ITC-20151329.
Over the last few years the Spanish population in general has been experiencing a drop in the birth rate which, together with the progressive increase in life expectancy, has given rise to a model in which empowering elderly citizens is fundamental. GAMAPEA is offered as a solution to promote the active aging of the population […]
One of the objectives of this project is the C++ implementation of an automatic system for the detection of pedestrians based on Histograms of Oriented Gradients (HoG) using the OpenCV library. In addition, the project will address the design and development of an advanced video surveillance system with the following features: a) motion detection, b) […]
El proyecto consiste en el estudio, diseño e implementación de varios subsistemas electrónicos para la adquisición, acondicionamiento y procesado de información de vibraciones para su aplicación y mantenimiento predictivo de un aerogenerador, con el fin de validar las tecnologías bajo estudio. La plataforma llevará a cabo la captura y acondicionamiento analógico, así como el procesamiento […]
El objetivo de la empresa catalana TrafficNow en este proyecto es el diseño y desarrollo de un sistema de detección de vehículos rodados. El nodo detectará el rastro de los dispositivos Bluetooth que se encuentran dentro de cada vehículo y de esta información se inferirá el tráfico en ese punto de la vía. Una vez […]
TerresTRACE is a software tool for coverage prediction which has been developed by Gradiant jointly with the University of Vigo, and which is based on different prediction methods. Digital terrain models are used to feed the tool and extract the corresponding field levels and channel response. In parallel, a hardware co-simulator based on FPGA has […]