Model Integration (MINT):
The Model INTegration (MINT) project will develop a modeling environment which will significantly reduce the time needed to develop new integrated models, while ensuring their utility and accuracy. My role consists on contributing to a workflow composition component that will plan and integrate different models together (e.g., from hydrology, agronomy and geology) to analyze qualitative graphs. (2018-)
Accelerating Scientific workflowS using EarthCube Technologies (ASSET):
Project that aims to facilitate the creation of scientific workflows by allowing scientist to sketch activities and access the services offered by the EarthCube program. An interesting feature of this project is that the workflows don't have to be necessarily computational. My role in the project is contributing to the sketching prototype, facilitating an interoperable description of those services and applications developed in EarthCube. (2018-)
Data Scientist in a Box (DS-Box):
Project designed to assist scientists when building machine learning solutions for heterogeneous problems. The role of our group is on building a system that, given a library of primitives, automatically proposes and evaluates machine learning pipelines that may be used to address a classification or regression problem. (2017-)
EarthCube-funded project designed to create a metadata registry for software. My role focused on designing the ontologies that would represent software metadata in a familiar way for scientists.
EarthCube-funded project aiming to better organize and share Earth Science data, especially paleoclimate data. My role consists on helping domain scientists to define models for integrating their data in the paleoclimate sciences. The Linked Earth wiki is the environment for collaboratively describing their datasets and refining their models. (2016-2017)
DISK: Automated DIscovery of Scientific Knowledge:
Project that aims to automate the hypothesize-test-evaluate discovery cycle with an intelligent system that a scientist can task with lines of inquiry to test hypotheses of interest. My role in this projects consists on helping designing a model for representing hypothesis and their evolution, as well as presenting the results of the workflows to the user.
Project aimed to convert the data from the Otalex atlas to a more structured format, publishing them according to the Linked Data principles.
My role consisted in doing the modeling of the data, along with the visualization and linking to other Linked Data sources (mainly DBpedia and Geolinkeddata). (2015-2016)
Project designed to develop a software architecture for the preservation and efficient
retrieval and reuse of digital libraries of scientific workflows, addressing some of the biggest challenges standing
in data-intensive Science:
In this project UPM leads a work package on workflow evolution, sharing and collaboration. My particular role
is related to the discussion of the provenance model used for the representation of scientific experiments, the construction of a provenance corpus derived from the workflow templates and its analysis in order to create abstractions over the traces. (2011-2014)
- Modeling of the executable experiments as digital objects (Research Objects)
- Management, access, reuse, sharing and evolution of these digital objects.
- Web N+1: The goal of this project was the
development of applications that allow users the capability to capture, manage, search and interact with the contents produced in a travel
scenario by combining tools from Semantic Web with tools from the Social Web upon the base of the new concept of Web 3.0.
My role in this project was focused on modeling the provenance of the information in a news and blogs scenario in order
to be able to exploit it efficiently. (October 2009- 2011).
Telefonica's R+D attempt to develop a competitive social network including mobile technologies.
My role in the project was to develop the client application for Iphone terminals (January 2009, August 2009).