In this paper, a simple prediction tool based on a two-dimensional model is developed for a slab track system composed of two rails with rail pads, sleepers with sleeper pads, and a concrete base slab.
Briefly, the attention or "TRACK" epochs have a duration of 1 minute and are composed of five consecutive "tracking" and respond periods in which, two, three, or four out of ten balls are briefly highlighted (target balls); then all balls start to move and the subjects' task was to fixate on the center cross and track the target balls as they move randomly across the central visual field.
A €1,000,000 purse composed of four €100,000 Track Finalist awards and a Grand Finale €100,000 additional award; all with the potential to double (an additional €500,000) during the Venture Phase if venture milestones are met.
While following a Knowledge Traces Discovery process and handling the maintenance ontology IMAMO, "PETRA" is composed of three main subsystems: tracking, learning and knowledge capitalization.
The ERTMS system is composed of two parts, on-track and on-board equipment.
As listed above, the framework of vSLAM algorithms is composed of five modules: initialization, tracking, mapping, relocalization, and global map optimization.
The evaluation stage was composed of two sections: (1) solo track evaluation and (2) backing track evaluation.
The processing framework is designed to describe the event and recognize objects activities composed of four components: object detection, classification, tracking, and semantic event description.
The proposed methodology is composed of three steps: (i) detecting and tracking each moving object in video data, (ii) classifying each object according to its appearance in each frame, and (iii) computing the probability of belonging to each class based on both object appearance and speed.
In astronomy this image segmentation problem has been well-studied (Irwin, 1985) and is composed of three stages: background estimation and tracking; detailed segmentation, that is, object detection using thresholded pixel connectivity to define objects; and finally object parameterisation, that is, generating measures such as position, shape, and intensity for each object.
