Research Interests & papers download

Combinatorial and Real Function Optimisation 

Click here  to download my favourite publication discussing the argument

Fuzzy and Neuro Control 

Click here  to download my favourite publication discussing the argument. Click here  if you want to know why I think it is the right time to defuzzify neurofuzzy systems

Complex Networks

Click here  to download a publication on the economical systemic risk for interbanking network. Click here  to download what are the main characteristics of growing biological networks.

Frustration in Biological Networks 

Click here  to download my favourite publication discussing the argument.

Reinforcement Learning

Click here  if you want to read a detailed comparative analysis between Q_Learning and Classifier Systems. Click here  if you want to read why the prior use of model even for reinforcement type of adaptive control is always better.

Lazy learning and Control

Click here  if you are interested in the use of lazy learning and lazy algorithms for the time-series prediction problem.

Immune Engineering

Click here  if you are interested in understanding the difference between the classical and common self-recognition view of immune system and the more original and promising self-assertion view. A new and updated version  "Why the first glass is better than the seventh"

Object-Oriented Computational Chemistry

Click here  if you are interested in the use of UML and OO in general for representing chemical molecules, simulating chemical reactions and building networks of chemical reactions. Click here  if you are interested in this kind of modelling for Interstellar Chemistry. Click here  if you want to undestand how this modelling approach can contribute to resolve the mystery of homochirality.

Bioinformatics 

Click here  to learn more about the very promising In Silico project that I coordinate.

UML for ABM

Click here  to understand why I believe UML has become the right modelling language to realize agent-based simulations. Click here  to understand why I believe the UML state-transition diagram has become the right modelling language to realize many biological simulations.

Emergent Functionnalities

Click here  if you are interested to understand my viewpoint that all emergent phenomena only belong to biology. Physics have nothing to tell about it. Click here  if you are interested to understand my viewpoint that all emergent functionalities should be useful for a second mechanical system able to observe in a coarse grain way the first system giving rise to emergent phenomena.

Artificial Life

Click here  if you are interested to understand my definition of "artificial life"

CEBIXML

Click here  to download a zip file with everything necessary to understand and run the CEBIXML software platform