Welcome to LAAL site

There is no part of contemporary human activity left untouched by both the need for and the desire to collect data. The consequences of such a fact are obvious - we are surrounded by and, in fact, we are immersed in an ocean of all kinds of data (a.k.a. measurements, images, patterns, sounds, web pages, tunes, x-rays and/or ct images, etc.) generated by various types of sensors, cameras, microphones, pieces of software and/or other devices. Humans can't handle usually ultra-large-scale data sets but, we can develop algorithms and methods for performing the heavy mining job of learning from data.
This is what is tirelessly, carefully and efficiently performed at the LAAL, but, while doing that we are fondly thinking about Francesco Petrarca's (Petrarch's), XIV century motto

"I couldn't face making a merchandise of my mind"

Once developed we do apply our precious models 'everywhere', notably in Bioinformatics, Medicine, Engineering, Science, E-commerce, World Wide Web (exploration, categorization, and mining) Time Series (Prediction), Images (compression) and, ..., elsewhere.
^{(The tiny icon above is a segment of Milic od Macve's painting "Izucavanje Lepenskog pisma", standing for "Learning About, or Study of, Lepenski Vir's script", painted in 1987.)}

Our newest algorithms and software (downloadable from Downloads here) include:

• ALH - a MATLAB based software that implements the Adaptive Local Hyperplane algorithm for solving classification and regression tasks for small and medium data sets when a high accuracy is required
• LinearSVM - an extra-fast software for creating linear SVMs for ultra-large data sets
• ISDA - Iterative Single Data Algorithm, a software for implementing support vector machines (SVM) models
• SemiL - Semisupervised Learning software