Etiology of non-contact lower limb sports injuries: Neuromechanical Factors
- Detection and classification of critical human movement patterns behind the lower limb injuries
- Improvement of current and development of novel risk assessment methodologies and follow-up of recovery after lower limb injuries
- Optimisation of the physical fitness assessment in sports and occupational medicine
- Are advanced biological signal variability analyses applicable in early risk detection and follow-up of rehabilitation?
Computer Vision in Sports and Rehabilitation
- Development of a cost-effective AI-driven back-shape analysis tool: Expert system for back-shape anomalies and postural deformities detection in children and adolescents;
- Biomechanics Analysis Technology for mobile phone: Screening physical fitness in schoolchildren and adolescents
- Evaluation and validation of markerless human movement analysis methodologies
Physical fitness in children and adolescents: Implementation of the latest technology toward improvement in early detection of critical health factors
- New tools and methods for the assessment of physical fitness levels
- Revisiting current standards and trends in early detection of critical health factors