Francisco S. Melo
Short Personal Interview
Francisco S. Melo was born in 1977, in Guarda, Portugal. He is an INESC-ID Researcher since 2009, integrating the Scientic Area Artificial Intelligence for People and Society (AIPS).
How did you get to INESC-ID?
I started in 2009 as an Associated Laboratory Researcher, and in 2010 I joined IST as a faculty. At that time, I became a senior researcher at INESC-ID.
A research institution that fosters state-of-the-art research in electrical engineering and computer science and facilitates knowledge and technology transfer between academia and industry in Portugal.
Research project(s) under development
How would you explain in the most accessible and least technical language possible, what is the application / expected results of this (these) project (s)?
HOTSPOT seeks to develop robots that can successfully collaborate with humans across multiple tasks.
ANIMATAS is a European initiative that seeks to build a network of PhD researchers in the area of human-robot interaction.
ILU seeks to improve traffic conditions in the city of Lisbon using Artificial Intelligence.
Tell us about your favorite project so far (or one of them)?
My favorite project so far was project INSIDE, which was a collaboration with several research institutions in Portugal and the USA, Portuguese companies and a Hospital, and investigated the use of robots in the therapy of children with autism spectrum disorders.
What are the biggest challenges of working in research in this area?
I work in artificial intelligence, specifically, a subarea of artificial intelligence known as machine learning. Currently, research in machine learning poses challenges along three orthogonal “perspectives”:
– Scientific: In spite of the big successes of research in machine learning and artificial intelligence, current methods require absurd amounts of data and computation. One of the challenges is, therefore, to reduce the requirements of such methods. Another important challenge is related with interpretability: the aforementioned successes rely on complex models that are hard to interpret by humans, which brings forth several issues (e.g., trust).
– Ethical: Relying on large amounts of data, machine learning algorithms are naturally subject to the biases that humans exhibit, and thus the algorithms tend to exhibit the same sort of discriminative outputs that are present in the data. Pursuing research in machine learning that mitigates the effect of such biases is, therefore, a very relevant challenge in this area.
– Methodological: The large amount of computation required by state-of-the-art algorithms requires that institutions performing research in these areas have large computational budgets available, with two important consequences: institutions with humbler budgets find it challenging to compete with larger institutions/companies, and must therefore find research “niches” where the computation is a less central requirement; on the other hand, the results portrayed in many articles are hard to reproduce without access to such computation, which brings about the challenge of reproducibility.
What book are you currently reading?
- Sapkowski, “Blood of Elves”.
How would you explain to your child (or your parents or grandparents) what your job is? How do you explain what means to be a researcher in this area?
My job is to make machines more intelligent and able to learn.
How do you see the mission of INESC-ID “to produce added value to people and society, supporting the response of public policies to scientific, health, environmental, cultural, social, economic and political challenges, in the fields of Computer Science and Electrical and Computer Engineering”?
I think that, in light of the technological advances of recent years, if INESC-ID is able to keep this mission in sight during its internal and external strategic decision-making, it has a unique opportunity to position itself as a top research institute at the national, European and even at the world level.
Linkedin Profile Link
PhD in Electrical and Computer Engineering
Training / Research Area(s)
Artificial Intelligence (Machine Learning/Reinforcement Learning)
INESC-ID Scientific Area *
OLISSIPO Twin Seminar III
We are happy to announce the next OLISSIPO Twin Seminar on Computational Biology – Protein driven machine learning and network approaches for precision medicine – which will take place online on 10 February 2022, 13:00-14:30 (WEST – Lisbon) / 14:00-15:30 (CEST). This seminar will be delivered by Emanuel Gonçalves (INESC-ID and Instituto Superior Técnico) and Pedro Beltrão (ETH Zürich), and chaired by Thomas Naake (EMBL).
OLISSIPO – Fostering Computational Biology Research and Innovation in Lisbon – is an international research project funded by the European Commission within its H2020 Research and Innovation programme, and aims to enhance the competences in Computational Biology at INESC-ID and – though its strong link to Instituto Superior Técnico / Universidade de Lisboa – to create an international pole of excellence in multi-disciplinary science in Portugal. OLISSIPO is coordinated by Susana Vinga, INESC-ID researcher and member of its Board of Directors, as well as Associate Professor at Instituto Superior Técnico.
The Twin Seminars contribute to disseminate the scientific work and expertise of INESC-ID and all the Consortium that includes Inria, ETH Zürich and EMBL. These seminars comprise two short presentations, one researcher from Lisbon and one from a twin international institution working on similar topics in Computational Biology, and are open to anyone interested in computational biology.
For more details on this Twin Seminar, please check out this link.
ZOOM link: https://videoconf-colibri.zoom.us/j/87272445544.
No password or registration will be needed for this session.