Abstract: A method for evaluating performance of an image signal processor according to various example embodiments includes: selecting at least two target colors from an original image generated by the image signal processor; defining a true color range in each of the target colors and identifying at least one false color pixel having a color deviating from the true color range in the original image; generating a reference image by changing a color of the false color pixel; and calculating a color error between the original image and the reference image.

Abstract: Emesis containment systems, methods of use, and dissolvable charges therefor. Such an emesis containment system includes a face mask, a container for receiving vomit, an air filter, a backflow barrier to inhibit passage of vomit out of the container, and a dissolvable charge disposed inside the container. The dissolvable charge includes a surfactant that foams when contacted by liquid of the vomit. The surfactant forms a foam barrier on a top surface of the vomit inside the container to inhibit escape of gases from the vomit from the container. The dissolvable charge includes a dry pressed pellet having dry powder forms of a surfactant, absorbent particles, and a thickening agent pressed together. At least some of each of the surfactant, the absorbent particles, and the thickening agent is disposed on an exterior surface dry pressed pellet.

Abstract: An indoor image quality evaluation system includes an imaging robot on which an image sensor to be evaluated is mounted and which autonomously travels, an indoor studio having a circulation path on which the imaging robot moves, subjects arranged along the circulation path, an adjustable light configured to provide different imaging environments for the subjects, and a management server configured to control the imaging robot, the adjustable light, and the image sensor.

Abstract: An operating method of a camera test device using a test chart includes an operation of receiving, from a camera module, image data generated by imaging the test chart and an operation of measuring a resolution by depth of the camera module from the image data, wherein the test chart is a three-dimensional (3D) chart including a first test pattern radiating from a vertex of the test chart, and the first test pattern is a pattern of an outer surface of the test chart in which white and black surfaces are arranged alternately.

Abstract: A method for evaluating performance of an image signal processor according to various example embodiments includes: selecting at least two target colors from an original image generated by the image signal processor; defining a true color range in each of the target colors and identifying at least one false color pixel having a color deviating from the true color range in the original image; generating a reference image by changing a color of the false color pixel; and calculating a color error between the original image and the reference image.

Abstract: Disclosed is a technology related to an apparatus for controlling or analyzing a power converting module, and more particularly, to a technology for improving imbalance of power quantities processed by a plurality of power converting modules. Relative power quantities processed by the modules are detected through a common circuit element installed in an input terminal or an output terminal shared by the plurality of modules, without detecting information acquired through current or voltage sensors individually installed in respective modules, and control values of the respective modules may be compensated for through the detected relative power quantities or may be output in a form where a user can easily identify them.

Abstract: Disclosed is a technology related to an apparatus for controlling or analyzing a power converting module, and more particularly, to a technology for improving imbalance of power quantities processed by a plurality of power converting modules. Relative power quantities processed by the modules are detected through a common circuit element installed in an input terminal or an output terminal shared by the plurality of modules, without detecting information acquired through current or voltage sensors individually installed in respective modules, and control values of the respective modules may be compensated for through the detected relative power quantities or may be output in a form where a user can easily identify them.