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reference:software:sdsoc:start [2018/03/02 07:29]
Sam Bobrowicz
reference:software:sdsoc:start [2018/08/10 02:37] (current)
Sam Bobrowicz [Table]
Line 30: Line 30:
 Digilent provides reVISION capable SDSoC platforms so that customers can take advantage of Xilinx'​s powerful computer vision libraries and demos. These platforms are specifically targeted to make video processing applications approachable,​ and include things like pre-configured HDMI pipelines with Linux software support, the standard openCV libraries, and Xilinx'​s hardware accelerated port of openCV, xfopencv. xfopencv is the most important part of a reVISION platform, so Digilent includes a good set of samples that demonstrate how it can be used to operate on image files and even live video streams. To get started, download the platform for your board and follow the included README to get up and running with the included sample programs. Then checkout the Xilinx openCV User Guide along with the rest of the SDSoC documentation (both linked [[#​Additional Resources|below]]) to learn to start writing your own video processing programs. Also, the platform source is provided with complete documentation so that it can be modified and rebuilt as needed. Digilent provides reVISION capable SDSoC platforms so that customers can take advantage of Xilinx'​s powerful computer vision libraries and demos. These platforms are specifically targeted to make video processing applications approachable,​ and include things like pre-configured HDMI pipelines with Linux software support, the standard openCV libraries, and Xilinx'​s hardware accelerated port of openCV, xfopencv. xfopencv is the most important part of a reVISION platform, so Digilent includes a good set of samples that demonstrate how it can be used to operate on image files and even live video streams. To get started, download the platform for your board and follow the included README to get up and running with the included sample programs. Then checkout the Xilinx openCV User Guide along with the rest of the SDSoC documentation (both linked [[#​Additional Resources|below]]) to learn to start writing your own video processing programs. Also, the platform source is provided with complete documentation so that it can be modified and rebuilt as needed.
  
-^ Board       ^ Processor ​ ^ SDSoc Versions ​  ^ OS support ​ ^ Included File I/O Samples ​                                                                                     ^ Included Live I/O Samples ​ ^ PL Device Support ​                                           ^ Platform Download ​                                                    ^ Platform Source ​                                            ^ +^ Board       ^ Processor ​ ^ SDSoc Versions ​  ^ OS support ​ ^ Included File I/O Samples ​                                                                                     ^ Included Live I/O Samples ​ ^ PL Device Support ​                                                      ​^ Platform Download ​                                                    ^ Platform Source ​                                            ^ 
-^ Zybo Z7-20  | Zynq-7000 ​ | 2017.4\\ 2017.2 ​ | linux       | -Bilateral filter\\ -Harris corner detection\\ -Optical flow\\ -Stereo depth detection\\ -Warp transformation ​ | -Filter2d convolution ​     | -HDMI In\\ -HDMI Out\\ -BTNs, LEDs, and SWs\\ -Analog Input  | [[https://​github.com/​Digilent/​reVISION-Zybo-Z7-20/​releases|Release]] ​ | [[https://​github.com/​Digilent/​reVISION-Zybo-Z7-20|Github]] ​ |+^ Zybo Z7-20  | Zynq-7000 ​ | 2017.4\\ 2017.2 ​ | linux       | -Bilateral filter\\ -Harris corner detection\\ -Optical flow\\ -Stereo depth detection\\ -Warp transformation ​ | -Filter2d convolution ​     | -Pcam 5C\\ -HDMI In\\ -HDMI Out\\ -BTNs, LEDs, and SWs\\ -Analog Input  | [[https://​github.com/​Digilent/​reVISION-Zybo-Z7-20/​releases|Release]] ​ | [[https://​github.com/​Digilent/​reVISION-Zybo-Z7-20|Github]] ​ |
  
 ===== Additional Resources ===== ===== Additional Resources =====