Motion Tracking

=== === ===



This tarball contains all code required to run the tracking algorithm

on a sequence of images. Run the file run_tracker.m in Matlab and

follow the instructions. You will need to have a directory of

sequentially numbered images available. After entering the path and

file types the tracker will begin processing. Once the data window

appears the algorithm begins building a background model and attempts

to track objects. By clicking on any of the four subwindows you can

investigate the background representation (a Mixture of Gaussians) of

any pixel. The two windows that then appear display the mixture once

as a two-dimensional scatter plot (ignoring the blue colour

component), and once as a one-dimensional evolution of the red colour

component only. These plots make the internal processing visible and

should help determining suitable parameters to be set in

mixture_parameters.m.-Motion Tracking

===============



This tarball contains all code required to run the tracking algorithm

on a sequence of images. Run the file run_tracker.m in Matlab and

follow the instructions. You will need to have a directory of

sequentially numbered images available. After entering the path and

file types the tracker will begin processing. Once the data window

appears the algorithm begins building a background model and attempts

to track objects. By clicking on any of the four subwindows you can

investigate the background representation (a Mixture of Gaussians) of

any pixel. The two windows that then appear display the mixture once

as a two-dimensional scatter plot (ignoring the blue colour

component), and once as a one-dimensional evolution of the red colour

component only. These plots make the internal processing visible and

should help determining suitable parameters to be set in

mixture_parameters.m.