Completed research projects

An internal grant implemented as part of the ‘FU2N - Fund for the Improvement of Skills of Young Scientists’ programme. The FU2N competition is aimed at first- or second-year doctoral students of the Interdisciplinary Doctoral School of the University of Łódź and young scientists.

Development of an advanced image analysis system for assessing the demographic structure and behaviour of consumers at the point of sale

Human echolocation is a confirmed and relatively well-documented phenomenon which allows blind persons to localize obstacles or perceive layouts of their surroundings using reflected sounds. Recently a number of studies have been devoted to analyzing the mechanism of echolocation and various factors affecting it, e.g. why some blind persons more easily become expert echolocators or how the mouth-clicks produced by experts differ from the average person.

Objective: design and construction of an automated high-resolution device for automatic 3D modeling and analysis of the patient's skin surface and for the identification of pigmented lesions for secondary prevention of skin cancer.

Influence of air humidity on the cooling process of electronic systems

Voice is the basic interpersonal communication modality and is of particular importance in such professions as teacher, journalist or conference center employee. Early diagnosis of occupational voice disorders is becoming one of the health priorities. Current international standards emphasize the need for comprehensive voice assessment in phoniatric examinations. In recent years, techniques for recording laryngoscopic images have been developed, including the sequence of images of vocal folds vibrations. Effective methods of computer analysis of such images are being developed. These techniques contribute to the objectification of phoniatric diagnostics.

Interactive sonification of images for the visually impaired

NCN Preludium Grant

Development of numerical methods for modelling and estimation of kidney perfusion using magnetic resonance imaging

Development of an industrial method for automatic evaluation of technological parameters and grain classification using image analysis

Natural sense of vision through acoustics and haptics. Sound of Vision: audio and tactile mapping of environmental images.

LOKKOM Project, PBS2/B3/24/2014

Numerical modeling of the cerebral arterial and venous blood-vessel system in macro- and mesoscale based on 3D MRI data

NCBiR Project

Project 6509/B/T02/2011/40. Hardware supported magnetic resonance angiography simulator for validating methods of quantitative analysis of the vessel system.