Xavier/RidgeRun Products: Difference between revisions
< Xavier
No edit summary |
mNo edit summary |
||
| (8 intermediate revisions by 2 users not shown) | |||
| Line 1: | Line 1: | ||
<noinclude> | <noinclude> | ||
{{Xavier/Head}} | {{Xavier/Head|previous=Deep Learning/Deep Learning Tutorials/Jetson Reinforcement|next=RidgeRun Products/GstPTZR|metakeywords=ridgerun products,gstreamer products}} | ||
</noinclude> | </noinclude> | ||
<!-- If you want a custom title for the page, un-comment and edit this line: | <!-- If you want a custom title for the page, un-comment and edit this line: | ||
{{DISPLAYTITLE:NVIDIA Jetson Xavier - <descriptive page name>|noerror}} | {{DISPLAYTITLE:NVIDIA Jetson Xavier - <descriptive page name>|noerror}} | ||
--> | --> | ||
RidgeRun has extensive experience with GStreamer in embedded Linux product development. RidgeRun supports a number of GStreamer extension products for the Jetson Xavier: | RidgeRun has extensive experience with GStreamer in embedded Linux product development. RidgeRun supports a number of GStreamer extension products for the Jetson Xavier: | ||
*[[Xavier/RidgeRun_Products/GstPTZR|GstPTZR]]: Digital pan, tilt, zoom rotate | *[[Xavier/RidgeRun_Products/GstPTZR|GstPTZR]]: Digital pan, tilt, zoom and rotate frames of a video stream. | ||
*[[Xavier/RidgeRun_Products/GstCuda|GstCuda]]: CUDA algorithm integration into GStreamer pipelines. | *[[Xavier/RidgeRun_Products/GstCuda|GstCuda]]: CUDA algorithm integration into GStreamer pipelines. | ||
*[[Xavier/RidgeRun_Products/GstColorTransfer|GstColorTransfer]]: Applies a color transfer algorithm to a pair of images, or video frames, with a common region. | *[[Xavier/RidgeRun_Products/GstColorTransfer|GstColorTransfer]]: Applies a color transfer algorithm to a pair of images, or video frames, with a common region. | ||
*[[Xavier/RidgeRun_Products/GstWebRTC|GstWebRTC]]: Bidirectional WebRTC communication with any WebRTC standard peer. | |||
*[[Xavier/RidgeRun_Products/GstRtspSink|GstRtspSink]]: High performance streaming to multiple computers using the RTSP / RTP protocols. | |||
*[[Xavier/RidgeRun_Products/GstInterpipe|GstInterpipe]]: Communication between multiple independent Gstreamer pipelines. | |||
*[[Xavier/RidgeRun_Products/GstInference|GstInference]]: Inference plugins and base classes that run models from different frameworks on GStreamer pipelines. | |||
Other software: | |||
*[[Xavier/RidgeRun_Products/GStreamer Daemon|GStreamer Daemon]] is a GStreamer framework for controlling audio and video streaming using TCP connection messages. | |||
*[[Xavier/RidgeRun_Products/GstShark|GstShark]] is a GStreamer tracer that extracts data analytics and present them to the user in a graphical, friendly way. | |||
<noinclude> | <noinclude> | ||
{{Xavier/Foot| | {{Xavier/Foot|Deep Learning/Deep Learning Tutorials/Jetson Reinforcement|RidgeRun Products/GstPTZR}} | ||
</noinclude> | </noinclude> | ||
Latest revision as of 18:01, 13 February 2023
|
RidgeRun has extensive experience with GStreamer in embedded Linux product development. RidgeRun supports a number of GStreamer extension products for the Jetson Xavier:
- GstPTZR: Digital pan, tilt, zoom and rotate frames of a video stream.
- GstCuda: CUDA algorithm integration into GStreamer pipelines.
- GstColorTransfer: Applies a color transfer algorithm to a pair of images, or video frames, with a common region.
- GstWebRTC: Bidirectional WebRTC communication with any WebRTC standard peer.
- GstRtspSink: High performance streaming to multiple computers using the RTSP / RTP protocols.
- GstInterpipe: Communication between multiple independent Gstreamer pipelines.
- GstInference: Inference plugins and base classes that run models from different frameworks on GStreamer pipelines.
Other software:
- GStreamer Daemon is a GStreamer framework for controlling audio and video streaming using TCP connection messages.
- GstShark is a GStreamer tracer that extracts data analytics and present them to the user in a graphical, friendly way.