OpenCL is controlled by Khronos, a non-profit organization, By using the graphics cards and technique or extensions of the modern processors, you can convert a video in few minutes instead of hours.
It offers a uniform programming environment, which is used for writing portable code for embedded systems, high-performing computing servers, client PCs that leverage a mix of the following:
- Graphic processors
- Multicore CPUs
- Parallel processors
- FPGAs
How Does an OpenCL Work?
OpenCL is the extension of the existing languages. This makes it possible for specifying a code, which is executed multiple times separately from one other. The code can run on different processors and not just the main one. There is also an extension for vectors such as short4, floar2, long16 as modern processors support it.
OpenCL can detect a device that can compute a problem and offers statistics of all devices. You can choose the best device and also send the data to that device After you have completed it, you can take data from the device. The computer devices can perform more parallelly and thus OpenCL is better to describe the independent function, The total execution time is lower compared to the traditional methods. This is discussed in our OpenCL assignment help in Australia.
Most of the modern CPUs and GPUs designed for consumer devices offer support to OpenCL. This support can be less if you are dealing with specialized kind of devices. Information regarding OpenCL support can be found easily in the specifications regardless of the devices you work with.
Using OpenCL
OpenCL is widely supported on a large number of hardware devices and software platforms. Its syntax is similar to C. This can be learned easily by programmers who know the language. It means you can open it in various situations. It hardly hurts the execution of an application and offers more benefits than others.
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