Vladan Papić researcher ID: K-3359-2012
Computing
- Sports Analysis
- Object detection and tracking
- Robotics
- Human – machine interaction
- Control and optimization
- Machine learning
- Biomechanics
- GPGPU accelerated image processing
Research group uses 3 laboratories: Laboratory for biomechanics, automatics and systems, Laboratory for expert systems, machine learning and image processing an Laboratory for distributed systems and software ingeneering. Labs are equipped with various devices for mesurements in biomechanics (force plate, EMG, inertial sensors XSens) and image acquisition (camcorders, 3D cameras, high-speed cameras, ...), as well as other devices for signal acquisition (sensor glove, accelerometers, Kinect). Also, labs are equipped with several UAVs, mobile robotic platforms (BlueROV2, Leo Rover, Mover6) , robotics sets (Arduino, NXT Mindstorm, Turtlebot) and several types of embedded computers.
Marasović, Tea; Papić, Vladan
Person classification from aerial imagery using local convolutional neural network features. // International journal of remote sensing, 40 (2019), 24; 9084-9102
Musić, Josip; Kružić, Stanko; Stančić, Ivo; Papić, Vladan
Adaptive Fuzzy Mediation for Multimodal Control of Mobile Robots in Navigation-based Tasks. // International Journal of Computational Intelligence Systems, 12 (2019), 2; 1197-1211
Pleština, Vladimir; Papić, Vladan
Spiral Particle Distribution for Template based Tracking. // WSEAS transactions on computers, 18 (2019), 122-127
Marasović, Tea; Papić, Vladan
A Comparative Study of FFT, DCT and DWT for Efficient Arrhytmia Classification in RP-RF Framework. // International Journal of E-Health and Medical Communications, 9 (2018), 1; 35-49
Musić, Josip; Marasović, Tea; Papić, Vladan; Orović, Irena; Stanković, Srdjan
Performance of compressive sensing image reconstruction for search and rescue. // IEEE geoscience and remote sensing letters, 13 (2016), 11; 1739-1743