GstCUDA - libGstCUDA API: Difference between revisions

Latest revision as of 20:51, 11 September 2020

This page shows the libGstCUDA API documentation provided in the GstCUDA framework.

Description

LibGstCUDA API consists of a library that exposes special structures and functions that abstracts the complexity of handle NVMM memory type buffers, extracts the data buffer to be processed and pass it to the GPU, and recover back the processed data from the GPU to the GStreamer element. The methods implemented in the libGstCUDA API ensures optimal performance, due to the direct handling of NVMM memory type buffers and zero memory copy interface between GStreamer and CUDA.

API Documentation

libGstCUDA API documentation.

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Index

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-{{GstCUDA Page |
+{{GstCUDA/Head|previous=GstCUDA Framework|next=GstCUDABaseFilter|keywords=GstCUDA base class, GstCUDA APIs, libGstCUDA, GstCUDA base class documentation, GstCUDA API documentation,libGstCUDA API, libGstCUDA API documentation, libGstCUDA base class}}
-[[GstCUDA - GstCUDA Framework|GstCUDA Framework]]|
-[[GstCUDA - GstCUDABaseFilter|GstCUDABaseFilter]]|
 This page shows the libGstCUDA API documentation provided in the GstCUDA framework.
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 ==Description==
-LibGstCUDA API consists in a library that expose special structures and functions that abstracts the complexity of: handle NVMM memory type buffers, extracts the data buffer to be processed and pass it to the GPU, and recover back the processed data from the GPU to the GStreamer element. The methods implemented in the libGstCUDA API ensures an optimal performance, due to direct handling of NVMM memory type buffers and zero memory copy interface between GStreamer and CUDA.
+LibGstCUDA API consists of a library that exposes special structures and functions that abstracts the complexity of handle NVMM memory type buffers, extracts the data buffer to be processed and pass it to the GPU, and recover back the processed data from the GPU to the GStreamer element. The methods implemented in the libGstCUDA API ensures optimal performance, due to the direct handling of NVMM memory type buffers and zero memory copy interface between GStreamer and CUDA.
 ==API Documentation==
+[https://ridgerun.github.io/gst-cuda/libs/gst-cuda-libs-gstcuda.html '''libGstCUDA API documentation'''].
-}}
+{{GstCUDA/Foot|previous=GstCUDA Framework|next=GstCUDABaseFilter}}