The MTPTracker takes as input
- (1) a spatial topology composed of
+ (1) a number of locations and a number of time steps
- - a number of locations
+ (2) a spatial topology composed of
- the allowed motions between them (a Boolean flag for each pair
of locations from/to)
- the exits (a Boolean flag for each location and time step)
- (2) a number of time steps
-
(3) a detection score for every location and time, which stands for
log( P(Y(l,t) = 1 | X) / P(Y(l,t) = 0 | X) )
where the probability that the location is occupied is close to
0, and positive when it is close to 1.
-From this parameters, an MTPTracker can compute the best set of
+From this parameters, the MTPTracker can compute the best set of
disjoint trajectories consistent with the defined topology, which
maximizes the overall detection score (i.e. the sum of the detection
scores of the nodes visited by the trajectories). In particular, if no