Abstract:
PROBLEM TO BE SOLVED: To provide a method for computing manufacturability of a lithographic mask to be used for manufacturing a semiconductor device. SOLUTION: Target edge pairs are selected from the mask layout data of a lithographic mask for computinging a manufacturing penalty as an index indicating the difficulty of manufacturing in making a lithographic mask. The mask layout data includes polygons, and each polygon has a large number of edges. Each target edge pair is defined by two edges of edges of one or more of the polygons. The manufacturability of the lithographic mask, including the manufacturing penalty in making the lithographic mask, is determined. Determining the manufacturing penalty is based on the target edge pairs selected. Determining the manufacturability of the lithographic mask uses continuous differentiability of the maufacturability defined on a continuous scale. The manufacturability of the lithographic mask is output. The manufacturability of the lithographic mask is dependent on the manufacturing penalty in making the lithographic mask. COPYRIGHT: (C)2010,JPO&INPIT
Abstract:
PROBLEM TO BE SOLVED: To provide a method for computing manufacturability of a lithographic mask to be used for fabricating a semiconductor device. SOLUTION: A set of a plurality of target edges is selected from mask layout data of a lithographic mask (402). Then, target edge pairs are selected from the selected set of target edges (404). The manufacturability of the lithographic mask, including the manufacturing penalty in making the lithographic mask, is computed based on the target edge pairs selected (406). The manufacturability of the lithographic mask is output (408). The manufacturability of the lithographic mask is dependent on the manufacturing penalty in making the lithographic mask. COPYRIGHT: (C)2010,JPO&INPIT
Abstract:
PROBLEM TO BE SOLVED: To prevent the illegal use of picture contents from which visual additional information is removed. SOLUTION: Visible marking picture data embedded with a sent visible mark is stored in a picture storage 200, and a marking 202 removes the visible mark from this visible marking picture and simultaneously embeds it with an invisible mark in parallel by integrated indivisible processing to generate invisible marking data which is not visually different from original picture data. A fragment picture generation part 206 generates n kinds of fragment picture data which look like the original picture by alternative display in spite of individual partial change. A picture display 212 displays these fragment picture data at intervals of a time Ti to show them to a user as sample picture data.
Abstract:
PROBLEM TO BE SOLVED: To add new values such as higher accessibility while minimizing changes to a plurality of existing web sites. SOLUTION: In a system which includes a first web server 20 and one or more second web servers 30 and allows web pages to be displayed on web browsers of client devices 10 connected to the first and the second web servers 20 and 30 through a network 40, the first web server 20 registers a URL of a file for providing an added value to the first and the second web servers 20 and 30 which are defined as a group of web servers to which the same added value should be given, and the first and the second web servers 20 and 30 display existing web pages on the web browsers and provide the added value to the web pages by operations of DOM from other frames or windows. COPYRIGHT: (C)2006,JPO&NCIPI
Abstract:
PROBLEM TO BE SOLVED: To send image data efficiently via a network by transmitting transmission data with identification data denoting reduced amount data added thereto when the amount of the transmission data is small to an image data receiver. SOLUTION: A change detection section 236 decides an accumulated value of absolute values of differences of real color difference data, detects a change in the image and outputs the result of detection to an output control section 234. A subtractive color conversion section 226 reduces colors of the real image data (R, k-1) stored in an image storage section 222 to produce subtractive color image data (16, k-1). An image storage section 230 stores the received subtractive color image data (16, k-1), a difference calculation section 232 calculates a difference between the subtractive color image data (16, k-1) stored in the image storage section 230 and the real color image data (R, k-1) stored in the image storage section 222 to produce difference data (D') and outputs the data (D') to an input terminal (a) of the output control section 234.
Abstract:
PROBLEM TO BE SOLVED: To make utilizable a window-system used in a personal computer and the like widely and application software for a personal computer, with a portable information terminal of which processing capability is not sufficient. SOLUTION: Input information such as key input and the like from an operator is transmitted to a remote assisting server 240, and in the assisting sever 240, a plotting image is generated by performing or simulating an arbitrary window-system in which a function is not limited. And, the assisting server 240 converts this plotting image into an image being suitable for the portable information terminal, and returned it to the portable information terminal 210 as a plotting instruction. The portable information terminal 210 receives a plotting instruction of this optimized image and displays it.
Abstract:
PROBLEM TO BE SOLVED: To appropriately determine a code to be transferred when transferring a code from a first memory to a second memory in parallel to executing the code transferred to the second memory. SOLUTION: In a code execution device 60 having a main memory 10 and a local memory 22, a basic segment 61 is transferred to the local memory 22 from the main memory 10, and transfer of a first segment 62, a second segment 63, and a third segment 64 to the local memory 22 from the main memory 10 is controlled. That is, an execution start part 65 starts executing a program, a code call part 66 calls an initial execution segment, a segment transfer control unit 67 refers to a next segment information hold part 68 to determine a next period execution segment, and the code call part 66 calls a next execution segment. COPYRIGHT: (C)2009,JPO&INPIT
Abstract:
PROBLEM TO BE SOLVED: To provide a data-editing system for supporting preparation of a screen easy to see for a visually impaired user, such as a visually handicapped person and an aged person, by analyzing the screen easy to see and performing proper correction in regard to an image when mainly screen-displaying a web page. SOLUTION: The data-editing system comprises a rendering part 20 for rendering an HTML document to produce an image, an image processing part 30 for simulating and evaluating a viewing method of the image generated in part 20 based on prescribed visual characteristics, and a result presentation part 40 for specifying an HTML element to be corrected in the HTML document, being a processing object to be presented to a web page producer on the basis of an evaluation result of the image processing part 30. In addition, the result presentation part 40 retrieves a correction method for the HTML element to be corrected from a condition model storing part 10. A document correction processing part 50 practically corrects the HTML document. Thus, the optical characteristics of an anti-dazzle film used for the surfaces of various displays, such as a wordprocessor, a computer, a television set, an on-vehicle instrument board, are improved to be a display screen which is easy to view, in this way. COPYRIGHT: (C)2005,JPO&NCIPI
Abstract:
PROBLEM TO BE SOLVED: To remotely operate the server just by accessing the server to be remotely operated by automatically performing activation at the time of performing down-loading to a remotely operating machine and transmitting a request for activating a software for being remotely operated present in the server to be remotely operated. SOLUTION: The software for a remote operation is linked to an HTML (hypertext mark-up language) held by this server. In the server on a remotely operated side, in response to the request from the remotely operating machine, an event reception part or the like which is the function of the software for being remotely operated is activated. Thus, the same image as the display screen 245 of a slave server 240 is plotted on the web browser 210 of a master controller and the slave server 240 of the master controller is remotely operated.
Abstract:
Ein Verfahren und System ermitteln eine mögliche Auswirkung von Software-Aktualisierungen auf eine Datenverarbeitungseinheit. Auf Grundlage der aktuell vorhandenen Software- und Hardware-Elemente wird eine Einheitenkonfiguration für eine erste Datenverarbeitungseinheit identifiziert. In dem Netzwerk werden andere Datenverarbeitungseinheiten identifiziert, die die Software-Anwendungsaktualisierung installiert haben. Eine Historie eines der Software-Anwendungsaktualisierung zugehörigen Betriebsverhaltens wird abgerufen. Das Profil wird für jede der anderen Datenverarbeitungseinheiten auf Konflikte mit der Software-Anwendung analysiert. Auf Grundlage der Historie eines der Softwareanwendungsaktualisierung zugehörigen Betriebsverhaltens und auf Grundlage eines Zustands einer Ähnlichkeit zwischen dem analysierten Profil für jede der anderen Datenverarbeitungseinheiten und dem Profil der ersten Datenverarbeitungseinheit wird ermittelt, ob die Software-Anwendungsaktualisierung womöglich einen Fehler in der ersten Datenverarbeitungseinheit verursachen wird. Dem Endbenutzer wird eine Empfehlung auf Risikogrundlage vorgelegt.