Abstract: A pneumatic radial tire includes: at least one carcass layer suspended across left and right bead parts; a belt layer arranged on an outer circumferential side of the carcass layer; and a tread arranged on an outer circumferential side of the belt layer. The tread has a laminated structure in which a thermoplastic film layer of a thermoplastic resin or a thermoplastic elastomer composition is interposed between a tread-side rubber layer and a belt layer-side rubber layer. The thermoplastic elastomer composition is obtained by blending an elastomer in a thermoplastic resin. A process for producing a retreaded tire includes the steps of: forming a base tire from the pneumatic radial tire by softening the thermoplastic film layer through heating so as to separate and remove the tread-side rubber layer, the pneumatic radial tire having the tread worn away; and subsequently bonding a new tread-side rubber layer onto the base tire.

Abstract: A method of making pattern data of a photomask pattern includes: the processes of adding, to each of first cells, information of the first cell higher than the first cell on the basis of a hierarchical structure; selecting, from the first cells included in one level of the hierarchical structure, the first cell identical to one of the first cells included in a level higher than the one level and the first cell placed inside two or more of the first cells included in a level immediately higher than the one level, and forming a cell group with the selected first cells; making pattern data of the first cells not included in the cell group in consideration of the optical proximity effect and forming a fourth cell group with second cells including the pattern data; and replacing the first cells with the corresponding second cells in input data.

Abstract: A pattern data processing method comprising, obtaining pattern data on a mask pattern, determining whether a processing time for the mask pattern in a processing software is reduced by rotating the mask pattern by a predetermined angle than a case where the mask pattern is processed in the processing software without being rotated, obtaining pattern data on a rotated pattern formed by rotating the mask pattern by the predetermined angle in the case that the processing time is reduced, processing the pattern data on the rotated pattern by using the processing software, and causing the mask pattern to return to its original direction.

Abstract: A pneumatic radial tire includes: at least one carcass layer suspended across left and right bead parts; a belt layer arranged on an outer circumferential side of the carcass layer; and a tread arranged on an outer circumferential side of the belt layer. The tread has a laminated structure in which a thermoplastic film layer of a thermoplastic resin or a thermoplastic elastomer composition is interposed between a tread-side rubber layer and a belt layer-side rubber layer. The thermoplastic elastomer composition is obtained by blending an elastomer in a thermoplastic resin. A process for producing a retreaded tire includes the steps of: forming a base tire from the pneumatic radial tire by softening the thermoplastic film layer through heating so as to separate and remove the tread-side rubber layer, the pneumatic radial tire having the tread worn away; and subsequently bonding a new tread-side rubber layer onto the base tire.

Abstract: An image processing apparatus including: a generating section, operable to analyze compressed image data stored in an external memory and generate an analytic table indicative of a storage manner of the compressed image data; an internal memory, adapted to store the compressed image data therein; a storage section, operable to acquire at least a part of the compressed image data from the external memory and store the compressed image data in the internal memory with reference to the analytic table; a decoding section, operable to read and decode the compressed image data stored in the storage section, and rotate and then output the compressed image data as a rotated image data; and an updater, operable to update the analytic table in accordance with a decoding situation of the decoding section.

Abstract: A method of performing optical proximity effect correction includes defining a partial area of an entire area of a mask pattern, the mask pattern including a real pattern and a dummy pattern, and performing optical proximity effect correction only with respect to the partial area.

Abstract: A power supply method to a memory card that has been inserted into an apparatus that can be inserted with a plurality of types of memory cards, includes: detecting that one type of the memory card out of a plurality of the types of memory cards has been inserted into a card slot; judging whether or not there has been detected an insertion of a different type of memory card from the type of the memory card that has already been detected, within passing of a predetermined time from when the insertion of the one type of the memory card has been detected; specifying the type of the memory card that has been inserted, based on a result of the judgment; and supplying electric power to the specified type of memory card.

Abstract: A method of making pattern data of a photomask pattern includes: the processes of adding, to each of first cells, information of the first cell higher than the first cell on the basis of a hierarchical structure; selecting, from the first cells included in one level of the hierarchical structure, the first cell identical to one of the first cells included in a level higher than the one level and the first cell placed inside two or more of the first cells included in a level immediately higher than the one level, and forming a cell group with the selected first cells; making pattern data of the first cells not included in the cell group in consideration of the optical proximity effect and forming a fourth cell group with second cells including the pattern data; and replacing the first cells with the corresponding second cells in input data.

Abstract: A pattern data processing method comprising, obtaining pattern data on a mask pattern, determining whether a processing time for the mask pattern in a processing software is reduced by rotating the mask pattern by a predetermined angle than a case where the mask pattern is processed in the processing software without being rotated, obtaining pattern data on a rotated pattern formed by rotating the mask pattern by the predetermined angle in the case that the processing time is reduced, processing the pattern data on the rotated pattern by using the processing software, and causing the mask pattern to return to its original direction.

Abstract: A method of verifying optical proximity correction includes the steps of generating first mask pattern data from design data under first condition, generating first corrected pattern data by applying optical proximity correction to the first mask pattern data, generating second mask pattern data from the design data under second condition, generating second corrected pattern data by applying optical proximity correction to the second mask pattern data, and comparing the first corrected pattern data and the second corrected pattern data to check whether the first corrected pattern data and the second corrected pattern data match.

Abstract: A method for correcting pattern data is provided which is capable of making a proper correction to data of a pattern having a complicated layout.

Abstract: A power supply method to a memory card that has been inserted into an apparatus that can be inserted with a plurality of types of memory cards, includes: detecting that one type of the memory card out of a plurality of the types of memory cards has been inserted into a card slot; judging whether or not there has been detected an insertion of a different type of memory card from the type of the memory card that has already been detected, within passing of a predetermined time from when the insertion of the one type of the memory card has been detected; specifying the type of the memory card that has been inserted, based on a result of the judgment; and supplying electric power to the specified type of memory card.

Abstract: An image processing apparatus including: a generating section, operable to analyze compressed image data stored in an external memory and generate an analytic table indicative of a storage manner of the compressed image data; an internal memory, adapted to store the compressed image data therein; a storage section, operable to acquire at least a part of the compressed image data from the external memory and store the compressed image data in the internal memory with reference to the analytic table; a decoding section, operable to read and decode the compressed image data stored in the storage section, and rotate and then output the compressed image data as a rotated image data; and an updater, operable to update the analytic table in accordance with a decoding situation of the decoding section.

Abstract: A method of performing optical proximity effect correction includes defining a partial area of an entire area of a mask pattern, the mask pattern including a real pattern and a dummy pattern, and performing optical proximity effect correction only with respect to the partial area.

Abstract: A method for correcting pattern data is provided which is capable of making a proper correction to data of a pattern having a complicated layout.

Abstract: An apparatus for designing a mask that enables quick mask design. A generation unit generates data regarding a mask pattern formed on a mask from design data regarding an exposure pattern transferred onto a semiconductor substrate. A calculation unit calculates an exposure pattern transferred onto the semiconductor substrate by applying a filter having a predetermined characteristic to the data regarding a mask pattern generated by the generation unit. A correction unit corrects the data regarding a mask pattern generated by the generation unit by comparing the exposure pattern calculated by the calculation unit and the design data.

Abstract: To provide high-speed printing with an inexpensive arrangement, a dedicated printer control hardware circuit 5 is provided between a printer driver 1 of a host computer and a printer 9. The printer driver 1 divides an image to be printed into an illustration (a natural image), such as a photograph or a drawing, and characters/graphics. The printer driver outputs full-color RGB raster data for the illustration, while performing color conversion/halftoning for the character/graphic data and outputting binary CMYK raster data. The control circuit 5 performs color conversion/halftoning for the full-color illustration RGB raster data to convert them into binary CMYK raster data. Then, the control circuit 5 superimposes the obtained binary CMYK raster data and the binary CMYK raster data for characters/graphics to form binary CMYK raster data for a complete print image, and transmits the final binary CMYK raster data to the printer 9.

Abstract: A method of verifying optical proximity correction includes the steps of generating first mask pattern data from design data under first condition, generating first corrected pattern data by applying optical proximity correction to the first mask pattern data, generating second mask pattern data from the design data under second condition, generating second corrected pattern data by applying optical proximity correction to the second mask pattern data, and comparing the first corrected pattern data and the second corrected pattern data to check whether the first corrected pattern data and the second corrected pattern data match.

Abstract: An apparatus for designing a mask that enables quick mask design. A generation unit generates data regarding a mask pattern formed on a mask from design data regarding an exposure pattern transferred onto a semiconductor substrate. A calculation unit calculates an exposure pattern transferred onto the semiconductor substrate by applying a filter having a predetermined characteristic to the data regarding a mask pattern generated by the generation unit. A correction unit corrects the data regarding a mask pattern generated by the generation unit by comparing the exposure pattern calculated by the calculation unit and the design data.

Abstract: An optimizing object code translation system and method perform dynamic compilation and translation of a target object code on a source operating system while performing optimization. Compilation and optimization of the target code is dynamically executed in real time. A compiler performs analysis and optimizations that improve emulation relative to template-based translation and interpretation such that a host processor which processes larger order instructions, such as 32-bit instructions, may emulate a target processor which processes smaller order instructions, such as 16-bit and 8-bit instructions. The optimizing object code translator does not require knowledge of a static program flow graph or memory locations of target instructions prior to run time. In addition, the optimizing object code translator does not require knowledge of the location of all join points into the target object code prior to execution. During program execution, a translator records branch operations.