Abstract:
In a data processing method, a method and device for adjusting the number of registers used in a running thread according to a situation are disclosed.
Abstract:
A rendering method, an apparatus for rendering an image and a rendering device are provided. The rendering method involves obtaining information about a sightline of a user, determining rendering quality based on the obtained information, and rendering a graphic image according to the determined rendering quality.
Abstract:
A power consumption control apparatus includes a resource selecting unit configured to select resources, whose power consumption levels are to be determined, from among resources of a graphic processing unit (GPU), a resource use information acquiring unit configured to determine whether the selected resources are used from a code block which is all or part of a program executed using the GPU, and a power consumption controlling unit configured to determine a power consumption level of the selected resource based on a determination result of the resource information acquiring unit and to control the power consumption level of the selected resources based on a determined power consumption level of the selected resources.
Abstract:
Multiple-thread processing apparatuses and methods are provided. The multiple-thread processing method may include searching for loops in a plurality of threads, calculating a number of repetitions of each of found loops in respective threads among the plurality of threads, determining one or more threads based on the calculated number of repetitions of each of the found loops, dividing at least one of the one or more determined threads into child threads, and processing the child threads separately from one another in the plurality of threads.
Abstract:
There is provided a multiple threads execution processor. The multiple threads execution processor includes a thread selector configured to select a first thread from among a plurality of threads for executing a program code, and a thread executor configured to execute the first thread selected by the thread selector, and execute a second thread selected by the thread selector from among the plurality of threads after completing execution of the first thread.