Provided is a technology that can effectively detect drusen on the basis of a fundus tomogram. This fundus analysis device has a recording unit, a layer region identification unit, a similar curve computation unit, a protruding region identification unit, a joint region identification unit, and a form information generation unit. The recording unit records a tomogram depicting the layered structure of the fundus. On the basis of the pixel values of the pixels of the tomogram, the layer region identification unit identifies a layer region within the tomogram corresponding to the retinal pigment epithelium. The similar curve computation unit determines a similar curve on the basis of the shape of the layer region. The protruding region identification unit identifies a protruding region at which the similar curve is positioned in the direction of depth of the fundus with respect to the layer region and the distance between the layer region and the similar curve in the direction of depth is at least a predetermined threshold. The joint region identification unit identifies a joint region that includes the protruding region and is encircled by the layer region and the similar curve. The form information generation unit generates form information representing the form of the joint region.Linvention concerne une technologie qui peut détecter efficacement du drusen sur la base dun tomogramme de fond dœil. Ce dispositif danalyse de fond dœil a une unité denregistrement, une unité didentification de région de couche, une unité de calcul de courbe similaire, une unité didentification de région saillante, une unité didentification de région darticulation et une unité de génération dinformations de forme. Lunité denregistrement enregistre un tomogramme représentant la structure en couches du fond dœil. Sur la base des valeurs de pixel des pixels du tomogramme, lunité didentification de région de couche identifie une région de couche à lintérieur du tomogramme correspondant à lép
