Abstract: A network system comprises an information processing device that uses a web app, a resource server that provides a resource, a client server that accesses the resource server, and an authorization server that permits the client server to access the resource server. The client server issues verification data capable of verifying a user having been authenticated, transmits an issuance request for the first access token to the authorization server according to a start of rendering of a page including a UI component from a web application, and transmits the received first access token. The information processing device transmits a request for resources. The resource server performs verification of the first access token, and transmits the resource to the UI component when the verification of the first access token is successful.

Abstract: A reflectance measurement part measures the reflectance of a back surface of a semiconductor wafer. An imaging parameter of a camera is adjusted based on the measured reflectance. The imaging parameter includes exposure time and sensitivity of the camera. The camera with the adjusted imaging parameter images the back surface of the semiconductor wafer to determine the presence or absence of a flaw from the obtained image data. The camera is able to perform appropriate imaging in accordance with the reflectance of the back surface of the semiconductor wafer. Thus, a flaw in the back surface of the semiconductor wafer is detected with reliability even if the reflectance of the back surface is varied due to the deposition of a thin film on the back surface.

Abstract: A reflectance measurement part measures the reflectance of a back surface of a semiconductor wafer. An imaging parameter of a camera is adjusted based on the measured reflectance. The imaging parameter includes exposure time and sensitivity of the camera. The camera with the adjusted imaging parameter images the back surface of the semiconductor wafer to determine the presence or absence of a flaw from the obtained image data. The camera is able to perform appropriate imaging in accordance with the reflectance of the back surface of the semiconductor wafer. Thus, a flaw in the back surface of the semiconductor wafer is detected with reliability even if the reflectance of the back surface is varied due to the deposition of a thin film on the back surface.

Abstract: A network system comprises an information processing device that uses a web app, a resource server that provides a resource, a client server that accesses the resource server, and an authorization server that permits the client server to access the resource server. The client server issues verification data capable of verifying a user having been authenticated, transmits an issuance request for the first access token to the authorization server according to a start of rendering of a page including a UI component from a web application, and transmits the received first access token. The information processing device transmits a request for resources. The resource server performs verification of the first access token, and transmits the resource to the UI component when the verification of the first access token is successful.

Abstract: An authority transfer system comprising a client, a resource server, a server that receives, from the client, an authorization request requesting permission to access to a resource managed by the resource server, and a user terminal possessed by an owner of the resource is provided. The server registers a first user terminal in accordance with a registration request of the first user terminal being received from the first user terminal, and determines whether or not a registered second user terminal can be deregistered in accordance with a registration cancellation request being received from the first user terminal, and if it is determined that the second user terminal can be deregistered, authenticates the first user terminal or the second user terminal, and deregisters the second user terminal in accordance with the authentication.

Abstract: According to the present invention, an information processing apparatus that verifies a signed token is provided. The apparatus comprises a holding unit for holding key information for verifying the signed token, an obtainment unit for obtaining new key information from a server that provides the key information, and holding the new key information in the holding unit, if the key information for verifying a received signed token is not held in the holding unit, and a verification unit for verifying the signed token using the key information if the key information for verifying the received signed token is held in the holding unit.

Abstract: An authority transfer system comprising a client, a resource server, a server that receives, from the client, an authorization request requesting permission to access to a resource managed by the resource server, and a user terminal possessed by an owner of the resource is provided. The server registers a first user terminal in accordance with a registration request of the first user terminal being received from the first user terminal, and determines whether or not a registered second user terminal can be deregistered in accordance with a registration cancellation request being received from the first user terminal, and if it is determined that the second user terminal can be deregistered, authenticates the first user terminal or the second user terminal, and deregisters the second user terminal in accordance with the authentication.

Abstract: An apparatus and method is provided that detects four sides of a subject image included in a captured image. It is determined, based on a width and a height of the captured image and the detected four sides of the subject image, whether imaging guides of vertical lines are to be displayed or imaging guides of horizontal lines are to be displayed. The vertical lines are displayed in a left end and a right end of a region in which the captured image is displayed when it is determined that the imaging guides of the vertical lines are to be displayed. The horizontal lines are displayed in an upper end and a lower end of the region in which the captured image is displayed when it is determined that the imaging guides of the horizontal lines are to be displayed.

Abstract: First coordinate transformation information between an entire image and a first captured image is calculated by a feature point comparing process. Second coordinate transformation information between the first captured image and a second captured image is calculated by a feature point tracing process, the second captured image being a captured image at a timing when the first coordinate transformation information is calculated. Third coordinate transformation information between an immediately previous captured image and a third captured image is calculated by a feature point tracing process. A data input area in the entire image is mapped on the third captured image based on the first to the third coordinate transformation information pieces. Updates of the first and the second coordinate transformation information pieces may be suppressed where a change amount exceeds a predetermined threshold.

Abstract: According to the present invention, an information processing apparatus that verifies a signed token is provided. The apparatus comprises a holding unit for holding key information for verifying the signed token, an obtainment unit for obtaining new key information from a server that provides the key information, and holding the new key information in the holding unit, if the key information for verifying a received signed token is not held in the holding unit, and a verification unit for verifying the signed token using the key information if the key information for verifying the received signed token is held in the holding unit.

Abstract: An apparatus and method is provided that detects four sides of a subject image included in a captured image. It is determined, based on a width and a height of the captured image and the detected four sides of the subject image, whether imaging guides of vertical lines are to be displayed or imaging guides of horizontal lines are to be displayed. The vertical lines are displayed in a left end and a right end of a region in which the captured image is displayed when it is determined that the imaging guides of the vertical lines are to be displayed. The horizontal lines are displayed in an upper end and a lower end of the region in which the captured image is displayed when it is determined that the imaging guides of the horizontal lines are to be displayed.

Abstract: First coordinate transformation information between an entire image and a first captured image is calculated by a feature point comparing process. Second coordinate transformation information between the first captured image and a second captured image is calculated by a feature point tracing process, the second captured image being a captured image at a timing when the first coordinate transformation information is calculated. Third coordinate transformation information between an immediately previous captured image and a third captured image is calculated by a feature point tracing process. A data input area in the entire image is mapped on the third captured image based on the first to the third coordinate transformation information pieces. Updates of the first and the second coordinate transformation information pieces may be suppressed where a change amount exceeds a predetermined threshold.