A control method of a fundus examination apparatus which is a perimeter configured to examine a fundus (Ef) of an examinee's eye, the method including: processing an examination data obtained by an optical coherence tomography device configured to obtain a tomographic image of the fundus, to thereby obtain positional information relating to an abnormal site of the fundus to measure a visual field of a part of the fundus identified as the abnormal site; setting an examination position on the fundus in the perimeter based on the positional information; examining the abnormal site of the fundus by controlling the perimeter based on the set examination position; a region where a stimulus target provided in the perimeter is presented is set based on the positional information so that the abnormal site is included in a measurable range; characterized by the step of processing an examination data comprises detecting information of layers of the fundus in the obtained tomographic image by image processing; analyzing a detection result of each of the layers based on predetermined image evaluation conditions to evaluate whether an imaged site is normal or not; obtaining an analysis result based on the evaluation whether the imaged site is normal or not; processing the obtained analysis result based on at least one criterion to obtain positional information of the abnormal site of the fundus; the method further comprises the steps of setting a region where a stimulus target provided in the perimeter is to be presented based on the positional information and setting a plurality of measurement points in the set presenting region; and presenting the stimulus target sequentially at each of the set measurement points so that the visual field is examined. processing an examination data obtained by an optical coherence tomography device configured to obtain a tomographic image of the fundus, to thereby obtain positional information relating to an abnormal site of the fundus to measure a visual field of a part of the fundus identified as the abnormal site; setting an examination position on the fundus in the perimeter based on the positional information; examining the abnormal site of the fundus by controlling the perimeter based on the set examination position; a region where a stimulus target provided in the perimeter is presented is set based on the positional information so that the abnormal site is included in a measurable range; characterized by the step of processing an examination data comprises detecting information of layers of the fundus in the obtained tomographic image by image processing; analyzing a detection result of each of the layers based on predetermined image evaluation conditions to evaluate whether an imaged site is normal or not; obtaining an analysis result based on the evaluation whether the imaged site is normal or not; processing the obtained analysis result based on at least one criterion to obtain positional information of the abnormal site of the fundus; the method further comprises the steps of setting a region where a stimulus target provided in the perimeter is to be presented based on the positional information and setting a plurality of measurement points in the set presenting region; and presenting the stimulus target sequentially at each of the set measurement points so that the visual field is examined.