Abstract: A surface temperature measuring method includes: acquiring a radiation light amount of a surface of a measurement object; irradiating the surface of the measurement object with light under a specular reflection condition to acquire a specular reflection light amount; irradiating the surface of the measurement object with light under a diffuse reflection condition to acquire a diffuse reflection light amount; calculating an emissivity of the surface of the measurement object by using a model indicating a relationship between an emissivity and a specular reflectance, and a relationship between the emissivity and a diffuse reflectance of the surface of the measurement object, the acquired specular reflection light amount, and the acquired diffuse reflection light amount; and calculating a surface temperature of the measurement object using the acquired radiation light amount and the calculated emissivity.

Abstract: An image processing system having an input controller, a file server, an image setter, and a work station, each of which includes a separate and independent CPU. These CPUs operate simultaneously to provide high speed image processing. This system allows a user to combine and interactively edit various types of information, such as characters, designs and images, when the information is displayed upon a work station. After a user interactively edits this image information, a composed final image is stored in memory. The system also eliminates pattern frames, representing contour border lines around segments of the image, by superimposing an eliminating frame upon the contour lines.