GPU-Supported Object Tracking Using Adaptive Appearance Models and Particle Swarm Optimization. - Boguslaw Rymut; Bogdan Kwolek (ICCVG (2), 2010)

GPU-Accelerated Object Tracking Using Particle Filtering and Appearance-Adaptive Models. - Boguslaw Rymut; Bogdan Kwolek (IP&C, 2010)

Face Tracking Using Adaptive Appearance Models and Convolutional Neural Network. - Boguslaw Rymut; Bogdan Kwolek (HAIS (1), 2011)

Parallel Appearance-Adaptive Models for Real-Time Object Tracking Using Particle Swarm Optimization. - Boguslaw Rymut; Bogdan Kwolek (ICCCI (2), 2011)

Face Tracking with Guaranteed Framerates on Mobile Phones. - Boguslaw Rymut; Bogdan Kwolek (IP&C, 2011)

Real-Time Tracking of Full-Body Motion Using Parallel Particle Swarm Optimization with a Pool of Best Particles. - Tomasz Krzeszowski; Bogdan Kwolek; Boguslaw Rymut; Konrad W. Wojciechowski; Henryk Josinski (ICAISC (SIDE-EC), 2012)

Full Body Motion Tracking in Monocular Images Using Particle Swarm Optimization. - Boguslaw Rymut; Tomasz Krzeszowski; Bogdan Kwolek (ICAISC (1), 2012)

GPU-Accelerated Human Motion Tracking Using Particle Filter Combined with PSO. - Boguslaw Rymut; Bogdan Kwolek; Tomasz Krzeszowski (ACIVS, 2013)

Real-Time Multiview Human Body Tracking Using GPU-Accelerated PSO. - Boguslaw Rymut; Bogdan Kwolek (PPAM (1), 2013)

Mixing Graphics and Compute for Real-Time Multiview Human Body Tracking. - Boguslaw Rymut; Bogdan Kwolek (ICCVG, 2014)

Real-time multiview human pose tracking using graphics processing unit-accelerated particle swarm optimization. - Boguslaw Rymut; Bogdan Kwolek (Concurr. Comput. Pract. Exp., 2015)

Marker-Less 3D Human Motion Capture in Real-Time Using Particle Swarm Optimization with GPU-Accelerated Fitness Function. - Bogdan Kwolek; Boguslaw Rymut (ICIG (3), 2017)

Computer methods for 3D motion tracking in real-time. - Boguslaw Rymut (CoRR, 2017)

Reconstruction of 3D human motion in real-time using particle swarm optimization with GPU-accelerated fitness function. - Bogdan Kwolek; Boguslaw Rymut (J. Real Time Image Process., 2020)