INFORMATION PROCESSING SYSTEM, INFORMATION PROCESSING METHOD, INFORMATION PROCESSING APPARATUS, AND CONTROL METHOD AND CONTROL PROGRAM THEREOF
First Claim
1. An information processing apparatus which supports diagnosis based on a tissue specimen image obtained by capturing body tissues, comprising:
- an area generation unit that divides at least one feature value of the tissue specimen image into a plurality of levels based on a magnitude of the feature value, and generates an area on the tissue specimen image belonging to each level; and
an overlay image generation unit that associates the area of each level which is generated by the area generation unit with an image which is processed to have the same shape and the same positional relation as the area and in which a magnitude relation of the feature value is identifiable, and generates an overlay image.
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Abstract
Provided is an information processing apparatus which supports diagnosis based on a tissue specimen image obtained by capturing body tissues, including an area generation unit that divides at least one feature value of the tissue specimen image into a plurality of levels based on a magnitude of the feature value, and generates an area on the tissue specimen image belonging to each level; and an overlay image generation unit that associates the area of each level which is generated by the area generation unit with an image which is processed to have the same shape and the same positional relation as the area and in which a magnitude relation of the feature value is identifiable and generates an overlay image.
7 Citations
16 Claims
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1. An information processing apparatus which supports diagnosis based on a tissue specimen image obtained by capturing body tissues, comprising:
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an area generation unit that divides at least one feature value of the tissue specimen image into a plurality of levels based on a magnitude of the feature value, and generates an area on the tissue specimen image belonging to each level; and an overlay image generation unit that associates the area of each level which is generated by the area generation unit with an image which is processed to have the same shape and the same positional relation as the area and in which a magnitude relation of the feature value is identifiable, and generates an overlay image. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12)
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13. A control method of an information processing apparatus which supports diagnosis based on a tissue specimen image obtained by capturing body tissues, comprising:
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an area generation step of dividing at least one feature value of the tissue specimen image into a plurality of levels based on a magnitude of the feature value, and generating an area on the tissue specimen image belonging to each level; and an overlay image generation step of associating the area of each level which is generated in the area generation step with an image which is processed to have the same shape and the same positional relation as the area and in which a magnitude relation of the feature value is identifiable, and generating an overlay image.
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14. A non-transitory computer readable medium storing a control program of an information processing apparatus which supports diagnosis based on a tissue specimen image obtained by capturing body tissues, the program causing a computer to implement:
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an area generation step of dividing at least one feature value of the tissue specimen image into a plurality of levels based on a magnitude of the feature value, and generating an area on the tissue specimen image belonging to each level; and an overlay image generation step of associating the area of each level which is generated in the area generation step with an image which is processed to have the same shape and the same positional relation as the area and in which a magnitude relation of the feature value is identifiable, and generating an overlay image.
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15. An information processing system which supports diagnosis based on a tissue specimen image obtained by capturing body tissues, comprising:
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an input unit that inputs the captured tissue specimen image; an area generation unit that divides at least one feature value of the tissue specimen image into a plurality of levels based on a magnitude of the feature value, and generates an area on the tissue specimen image belonging to each level; an overlay image generation unit that associates the area of each level which is generated by the area generation unit with an image which is processed to have the same shape and the same positional relation as the area and in which a magnitude relation of the feature value is identifiable, and generates an overlay image; and a superimposing and displaying unit that superimposes the overlay image generated by the overlay image generation unit on the tissue specimen image, and displays the superimposed image.
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16. An information processing method which supports diagnosis based on a tissue specimen image obtained by capturing body tissues, comprising:
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an input step of inputting the captured tissue specimen image; an area generation step of dividing at least one feature value of the tissue specimen image into a plurality of levels based on a magnitude of the feature value, and generating an area on the tissue specimen image belonging to each level; an overlay image generation step of associating the area of each level which is generated in the area generation step with an image which is processed to have the same shape and the same positional relation as the area and in which a magnitude relation of the feature value is identifiable, and generating an overlay image; and a superimposing and displaying step of superimposing the overlay image generated in the overlay image generation step on the tissue specimen image, and displaying the superimposed image.
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Specification