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Location:
Training
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Machine Learning/Algorithm
/
AI Artificial Intelligence Deep Learning (RV1126) - 2nd Advanced Edition
/
Stream Viewer Introduction
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Stream Viewer Introduction
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Playlist
Chapters
Chapter 1:Introduction
Chapter 2:Where is the RKAIQ macro defined?
Chapter 3:Reacquaintance with RKMedia
Chapter 4:Talking about Stride in images
Chapter 5:Getting to know MIPI
Chapter 6:RKMedia stream input node
Chapter 7:Characteristics of ISPP output code stream
Chapter 8:Draw a topology diagram of the data link (above)
Chapter 9:Draw the topology diagram of the data link (below)
Chapter 10:Function of the device module (entity)
Chapter 11:Notes on using v4l2-ctl to capture images
Chapter 12:Talk about ispserver
Chapter 13:Capture YUV image from ISPP node (bypass)
Chapter 14:Capture the YUV image from the ISPP node (scaleX)
Chapter 15:Other screenshot tools (rkisp_demo)
Chapter 16:Talk about RKMedia's VP module
Chapter 17:Convert raw image to pgm image
Chapter 18:Capture YUV and RAW images from ISP nodes
Chapter 19:Capture RAW images from VICAP
Chapter 20:Correction of previous course problems
Chapter 21:Introduction
Chapter 22:The first step in using RKMedia: initialization
Chapter 23:RKMedia's VI module
Chapter 24:RGA component introduction and demo compilation
Chapter 25:RGA component functions (blend, imcheck, improcess)
Chapter 26:RGA component functions (imcrop, imrotate, imflip, imtranslate)
Chapter 27:RGA component functions (imcvtcolor, imfill, imresize, imcopy)
Chapter 28:Use of RGA components (input and output image buffer types)
Chapter 29:Use of RGA components (taking imresize and YOLOV5's imcrop code as examples)
Chapter 30:RKMedia's RGA module (above)
Chapter 31:RKMedia's RGA module (below)
Chapter 32:RKMedia's VO module (Part 1)
Chapter 33:RKMedia's VO module (Part 2)
Chapter 34:RKMedia internal data flow and channel binding
Chapter 35:Why do we need to compress and encode videos?
Chapter 36:Introduction to the History of Coding Standards
Chapter 37:Stream Viewer Introduction
Chapter 38:I-frames, P-frames, and B-frames
Chapter 39:Sequence and GOP
Chapter 40:GOP Mode of RV1126
Chapter 41:Slices and Macroblocks
Chapter 42:VCL and NAL
Chapter 43:NALU structure and head introduction
Chapter 44:Introduction to Profile and Level
Chapter 45:SPS, PPS and SEI
Chapter 46:CBR, VBR, AVBR and Qp
Chapter 47:Introduction to decoding standards supported by VENC module
Chapter 48:VENC API Calls
Chapter 49:Test rkmedia_vi_venc_test
Chapter 50:Set the bitrate control parameters
Chapter 51:VENC module channel rotation, GOP length and frame rate test
Chapter 52:Smart P-frame mode code interpretation
Chapter 53:Setting OSD bitmap code interpretation
Chapter 54:RKMedia's VDEC module
Chapter 55:Introduction
Chapter 56:Image representation method
Chapter 57:Image properties
Chapter 58:Image color space (RGB and GRAY)
Chapter 59:Image color space (HSV)
Chapter 60:Image color space (YUVY, CrCb) (top)
Chapter 61:Image color space (YUVY, CrCb) (below)
Chapter 62:YUV format types (NV12, NV16, and YUV420P)
Chapter 63:Image color space (Bayer)
Chapter 64:Image color space (CMYK and other color spaces and BT601)
Chapter 65:Introduction
Chapter 66:Talk about OpenCV
Chapter 67:Instructions for using OpenCV
Chapter 68:Compile OpenCV in SDK
Chapter 69:Upgrade OpenCV3 version
Chapter 70:Upgrade OpenCV4 version
Chapter 71:Compile and install the X86 version of OpenCV on Ubuntu
Chapter 72:Ubuntu separately compiles the ARM version of OpenCV
Chapter 73:OpenCV data types (Point, Scalar, Size, Rect, RotateRect, and Matx classes)
Chapter 74:OpenCV Data Types (Mat Class)
Chapter 75:cv namespace
Chapter 76:Drawing with OpenCV
Chapter 77:Drawing text using OpenCV
Duration:29 minutes and 33 seconds
Date:2024/12/22
Uploader:MartinFowler
Introduction
keywords:
AI
RV1126
This course is a new series of video tutorials on artificial intelligence and deep learning launched by Zhengdian Atom in 2023.
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