Controlled search for targets arriving according to a spatio-temporal Poisson point process by an information measurement system with inhomogeneous scope

We consider the surveillance target search problem for the case in which the arrival of targets is modeled by a spatio-temporal Poisson point process and the information measurement system scope is inhomogeneous. A probabilistic description of the inhomogeneity subdomains is given, and patterns of taking them into account when forming the a posteriori intensity density of a random point process are revealed. A search control law synthesis procedure for the case of an inhomogeneous scope is defined. An example is given.