Abstract: A tessellation method includes assigning a tessellation factor to each of a plurality of points in a patch and generating, in the vicinity of a first point of the plurality of points, at least one new point based on a first tessellation factor assigned to the first point. The at least one first new point corresponds to the first point.

Abstract: Disclosed are a rice-fermented food composition which contains a rice saccharified liquid fermented with kimchi lactic acid bacteria as an active ingredient and has antibacterial and antiviral effects. More particularly, the present invention relates to a rice lactic acid bacteria fermented food composition which is prepared by adding kimchi lactic acid bacteria to a rice saccharified liquid as a main ingredient and fermenting the mixture, and has antibacterial and antiviral effects against atopic dermatitis and avian influenza virus, and a functional health food comprising the same.

Abstract: A graphic processing unit, a graphic processing system comprising the same, and a rendering method using the same. The graphic processing unit includes a geometry processing unit configured to receive a vertex and to output a primitive and information about texture patches corresponding to the primitive using the vertex, and a rendering processing unit configured to convert the output primitive into a fragment and to perform fragment shading on the converted fragment, wherein the texture patch indexed by the texture patch information is pre-loaded to the rendering processing unit before the fragment shading is performed.

Abstract: A processing unit includes an instruction fetch unit that is configured to process a compiled instruction that includes a plurality of fields. The plurality of fields includes a flag field that identifies memory blocks to be activated for fetching a next instruction. Each of the memory blocks has stored therein one or more fields used to form the next instruction and assigned to the memory blocks in a predetermined way. A block enable signal generator is configured to generate at least one block enable signal to selectively activate the memory blocks in the predetermined way. The flag field is included in fields of an instruction having the shortest length among instructions of the processing unit.

Abstract: Disclosed are a novel tactic acid bacterium, Lactobacillus sakei Probio-65, and the use thereof. The L. sakei Probio-65 strain has acid tolerance, bile acid tolerance and antibiotic resistance, inhibits the growth of harmful pathogenic microorganisms in the body and the intestine of animals, and has immunuenhancing activity. In particular, the novel strain inhibits the growth of Staphylocccus aureus, which is known to be a factor aggravating atopic dermatitis. Thus, the novel strain is useful for preventing or treating atopic dermatitis and allergy-related disorders. Also, the novel strain stabilizes intestinal microflors by inhibiting the abnormal proliferation of harmful microorganisms in the intestine. The L. sakei Probio-65 strain or a culture thereof is useful in pharmaceutical, feed, food, and cosmetic compositions.

Abstract: A processing unit includes an instruction fetch unit that is configured to process a compiled instruction that includes a plurality of fields. The plurality of fields includes a flag field that identifies memory blocks to be activated for fetching a next instruction. Each of the memory blocks has stored therein one or more fields used to form the next instruction and assigned to the memory blocks in a predetermined way. A block enable signal generator is configured to generate at least one block enable signal to selectively activate the memory blocks in the predetermined way. The flag field is included in fields of an instruction having the shortest length among instructions of the processing unit.

Abstract: Digital logic processing devices capable of reduced power consumption may be provided. A digital logic processing device may include one or more processing elements, an input FIFO for storing data, a processing unit, and a clock controller circuit. The processing unit may process data from the input FIFO and the clock controller circuit may control a clock signal supplied to the input FIFO and the processing unit. The clock controller circuit may monitor whether there is data to be transferred to the input FIFO and states of the input FIFO and the processing unit and may control the clock signal.

Abstract: Disclosed are a novel tactic acid bacterium, Lactobacillus sakei Probio-65, and the use thereof. The L. sakei Probio-65 strain has acid tolerance, bile acid tolerance and antibiotic resistance, inhibits the growth of harmful pathogenic microorganisms in the body and the intestine of animals, and has immunuenhancing activity. In particular, the novel strain inhibits the growth of Staphylocccus aureus, which is known to be a factor aggravating atopic dermatitis. Thus, the novel strain is useful for preventing or treating atopic dermatitis and allergy-related disorders. Also, the novel strain stabilizes intestinal microflors by inhibiting the abnormal proliferation of harmful microorganisms in the intestine. The L. sakei Probio-65 strain or a culture thereof is useful in pharmaceutical, feed, food, and cosmetic compositions.

Abstract: Digital logic processing devices capable of reduced power consumption may be provided. A digital logic processing device may include one or more processing elements, an input FIFO for storing data, a processing unit, and a clock controller circuit. The processing unit may process data from the input FIFO and the clock controller circuit may control a clock signal supplied to the input FIFO and the processing unit. The clock controller circuit may monitor whether there is data to be transferred to the input FIFO and states of the input FIFO and the processing unit and may control the clock signal.

Abstract: The present invention relates to a Lactobacillus reuteri variant from animal sources that inhibits rotavirus infection and other pathogenic microorganisms, as well as being tolerant of gastric and bile acids. Also, this invention relates to a prophylactic and therapeutic composition comprising the same for contributing in many probiotic ways to the host's general health and preventing and treating diseases or conditions associated with rotavirus and other enteric pathogens.

Abstract: A processing unit includes an instruction fetch unit that is configured to process an instruction that includes a plurality of fields. The plurality of fields includes a flag field that identifies at least one of a plurality of memory blocks to be activated for fetching a next instruction.

Abstract: The present invention relates to a Lactobacillus reuteri variant from animal sources that inhibits rotavirus infection and other pathogenic microorganisms, as well as being tolerant of gastric and bile acids. Also, this invention relates to a prophylactic and therapeutic composition comprising the same for contributing in many probiotic ways to the host's general health and preventing and treating diseases or conditions associated with rotavirus and other enteric pathogens.

Abstract: The present invention relates to a method of efficiently managing a memory cell array. A new memory cell array management method of the present invention allows reduction of power consumption and improvement of performance of a memory system. In a method of efficiently managing a memory cell array according to the present invention, only some sub-word lines after activation of a main word line are activated, and then a window including a memory cell array connected with the activated sub-word lines is activated and managed. Then, a memory address region included in the window is mapped.

Abstract: The present invention relates to a method of efficiently managing a memory cell array. A new memory cell array management method of the present invention allows reduction of power consumption and improvement of performance of a memory system. In a method of efficiently managing a memory cell array according to the present invention, only some sub-word lines after activation of a main word line are activated, and then a window including a memory cell array connected with the activated sub-word lines is activated and managed. Then, a memory address region included in the window is mapped.