Abstract
This paper describes a numerical experiment on simulating the visibility zones of auroral imagers placed onboard near-earth space vehicles aimed at detection of overlaps of visibility zones above the north and south poles of the Earth. The appropriate experiment software SEApp based on a simplified numerical model of space vehicle motion is described that enables one to study numerically the motion of two satellites over a given period of time and to predict overlaps of visibility zones of the auroral imagers above the north and south poles of the Earth.
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