SABERMED (Swarm Agent-Based Enviroment for Reputation in MEDicine) is a tool capable of
assessing the reputation of digital content on the web, which will detect fraudulent content through
the application of techniques of Data Science, Big Data architectures and Artificial Intellligent (Deep Learning and
Intelligent Agents). SABERMED will incorporate data consolidation techniques,
pattern detection, intelligent agents,
decision support, visualization and representation of information,
as well as advanced Big Data architectures that maximize system
efficiency by optimizing the infrastructure and associated resources. 2018-2021.
KROOS is a project funded by MedLab Media Group for the management and knowledge recovering of scientific documents. Its main objectives are:
Modeling the behavior of cattle using Data Science techniques and IoT and Big Data tools. 2018-2021.
CAM project. Where Machine Learning and Security meet each other. 2018-2020.
DSUnited. DSLab project to allow data scientists and data engineers meet each other.Read More
Development of a tool capable of tracking the presence of a certain DigitAnimalmaterial imitating the behavior of a user of fraudulent content. 2016-2018.Read More
A social research support platform that increases the efficiency of research, providing researchers with a tool that makes it as easy as possible to search and process input data, covering all possible sources: from other research to direct feedback from people in society in general or the research community. 2016-2018.
NVISUM is a project funded by the Spanish Ministry of Economy and Competitivity focused on the development of an advanced and complete security system. The goal of the project is the development of an intelligent video surveillance system that addresses the limitations of scalability and flexibility of current video surveillance systems incorporating new compression techniques, pattern detection, decision support, and advanced architectures to maximize the efficiency of the system. 2014-2017.Read More
A prototype of a new tool for dynamic sentiment
analysis of textual content from websites. This prototype includes a visual and
dynamic framework to analyze texts, based on a well-established lexicon. An
unsupervised learning algorithm can append new words and calculate or update
their sentiment polarization and strength over time. Moreover, it can increase
the number of words considered for sentiment analysis to improve the accuracy
of results. A novel dynamic visualization module makes it easier for end users
to interpret sentiments associated to terms and their changes. 2018-2019.
DRACO (Dynamic Recover and Automatic Communities Organizer) is a project that will provide a software tool capable of dynamically modeling social behavior and
automatically detect the communities in which individuals are organized according to their behavior.
For this purpose, techniques for the recovery and organization of information, Data Science and Machine Learning will be used. 2019-2022.
EMOBRAND (System for the Visualization of Brand Emotion from Multiple Views)
is a tool able to evaluate and provide a visualization about the image of a brand on the network, as
well as the relation of the image with the brand identity.
Techniques for the recovery and organization of information, Data Science, Machine Learning, Artificial Intelligence, Text Processing and Computer Vision will be used. 2019-2022.