Projects
- Peripheral Vision
Intrinsic Peripheral Vision
new concept and a new index - ACM SAC 2017 - CIVIA
SAC 2017 Webpage
- Aquaria
Powerful tool promises to change the way scientists view proteins
Embargoed until 0600 AEDT 30 January 2015¶Life scientists now have access to a publicly available web resource that streamlines and simplifies the process of gleaning insight from 3D protein structures. Known as Aquaria (http://aquaria.ws), the powerful tool is announced today in Nature Methods....
- LAIS 1
This is the original LAIS project from 2008/2009. It is a transparently multithreaded 2D agent-based simulator based on RepastJ.
We have picked up the available code and models from that time and made them public under the GPLv3 license in 2013. The code and models are partially working as this is probably not the last stable release of the time. Improvements are welcome....
- LaSEEB
LaSEEB (Evolutionary Systems and Biomedical Engineering Lab) has developed its research activity since November 1995 in the areas of Biomedical Engineering, Computational Intelligence, Evolutionary Systems, among others. The laboratory is located in the North Tower of the IST, and is associated with the ISR....
- SAC CIVIA 2013
SAC ’13 - 2013 ACM SYMPOSIUM ON APPLIED COMPUTING
Special Track on the Computational Intelligence and Video & Image Analysis (CIVIA) - Somnium
Somnium is a software platform for Signals Processing, build on dotnet and C#. It is specialized for Sleep and EEG applications with three main properties: it is user friendly for routine use in Clinical Labs and Hospitals, it is tailored for Education and Training and finaly it is powered for Research purposes....
- McGEA
Melody composition by Genetic Algorithm (GA) (Ref: ICEC 2000 AGMusic P~paper)
Personal choice of GA and Music Theory (MT) parameters
Selection of melodies generated
Music arrangements based on the melodies chosen
Happy McGEAingPurpose: McGEA CD online album edition...
- NeuroFeedback
A non-invasive and affordable tool in Neuro Modultation, still with not well understood physiological background.
The project aims to dig deeper in the working principles of NF and its applications in Performance Enhancement and Clinical Therapy.
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