What is current processing?
Stream processing is the concept of computer programming and computer engineering that can be used to design applications and hardware systems. After using the current processing, the data is arranged into streams that are then fed to nodes or processors that manipulate data in the current, after which the data continues along the path to manipulate other nodes. At the end of the current, the data is placed in memory or passed to the use of the end user. The system or application that uses stream processing works most effectively when current information is generated consistently by one or more sources, which is effective for digital signal processing (DSP), displaying and graphics, or network operation with high width. The most widespread practical application of flow processing is the production of computer graphics cards in which current processors are built into graphics hardware to help perform multiple operations on incoming graphic data, such as the top of the cap.
For current processing, it revolves around the data concept as a current. Instead of drawing information from heterogeneous sources or capturing messages from the interruption mechanism, a data flow is created when the information is collected by some process into a single line called current. Data elements may vary, but the current generally consists of blocks of the same types of elements that can be processed gradually.
processors or nodes used in current processing accept current and perform a given operation on data after which the data can be transferred to another node for further processing. For maximum efficiency, the nodes are designed as small functions that are loaded and performed directly on the central processing unit (CPU), using registers and direct access to memory (DMA) for speed. If the information in the current may be separately and is not dependent on the result of the operations of one node, then multiple operations can be performed simultaneously and griefThe fruit to provide a program compiler with hints that can allow very effective optimization.
current is generally a good solution for situations where data is constantly generated and pushed into the current using an application or device such as a camera, an external sensor or a network connection. Many graphics cards use Stream processors to quickly convert data incoming graphics pipes into a rendered, refirized picture. Some graphics cards have multiple processors or nodes into the card hardware, so the flow processing can occur quickly and sometimes at the same time how often it is desirable when shaders are used for three -dimensional (3D) graphics.