TH145164A - Animated video prediction coding method Motion video prediction coding device How to decode animated video prediction And video prediction decoding device - Google Patents

Abstract

------ 30/05/2018 ------ (OCR) page 1 of number 1 page invention summary. The problem with conventional technology is the repeated encoding of the same information. By using several bits in the encoding of information, the descriptor buffer is related to the reference image. Has been used in video predictive encoding. Video predictive encoder including input trajectory To make the input of the image which is established as the video sequence; The encryption method in which the code is executed A prediction of the target image using an image, which is then encoded. And then has been created New in the past is set as a reference image, to generate compressed image data; A new way to create To decode this compressed image data to reconstruct the reproduced image; A way to capture images To store reproduced images as reference images for the encoding of subsequent images; And buffer-manipulation pathways to control this image-storage path, where this buffer-management path controls the image-storage path, (prior to the predictive encoding of this target image), on the basis of BD buffer descriptor information [k]. In relation to the reference image that has been used in predictive encoding of this target image, encodes this BD [k] buffer descriptor information with reference to BD [m] buffer descriptor information for images that differ from the target image. This, and additional information that is encrypted of this information ------------ EDIT 22 September 2017 The problem with conventional technology is the repeated encoding of the same information. By using several bits in the encoding of information, the descriptor buffer is related to the reference image. It has been used in video signal prediction encoding. Video signal predictive encoders include: input paths to make the inputs of the images established as the video signal sequence; An encryption path that performs predictive coding of the target image using images, which are then encrypted. And then recreated in the past as a reference image, to generate compressed image data; A new way to decode this compressed image to create a new one. The images have been simulated through production; A way to save a simulated production image, as a reference image. For the coding of the subsequent images; And buffer-manipulation pathways to control this image-storage path, where this buffer-management path controls the image-storage path, (prior to the predictive encoding of this target image), on the basis of BD buffer descriptor information [k]. Related to reference images, which have been used in Predictive encoding of this target image, encodes this BD [k] buffer descriptor information with reference to BD [m] buffer descriptor information for images that differ from this target image, and additionally encoded information. This is compatible with this compressed image data ----------:

Claims (1)

Disclaimer (all) which will not appear on the advertisement page: Amendment 18/01/2019 No disclaimer ----------- ------ 30/05 / 2018- ----- (OCR) Page 1 of 3 pages. Disclaimer 1. Video predictive encoder including An input path in which a number of image inputs form a sequence of videos. The encoding path that performs predictive coding of these images and generates the compressed image data. This predictive encoding is performed using a number of reference images obtained. The encoding is then and then has been decoded and produced in the past. Reconstructed path that decodes compressed image data to reconstruct the reproduced image Image retention path that stores at least one such reproduced image as It is the reference image which will be used for the subsequent image encoding and buffering pathway which controls this image retention path and where before the process of the image. Method for managing buffering On the basis of BD [k] descriptor information, this BD [k] buffer descriptor information is related to a number of reference images that have been used in predictive coding of new images and at the same time encode the descriptor buffer information. BD [k] is used for descriptor information, BD [m] buffer for images that differ from this one, and later add the passed data. The encoding of this information into this compressed image data. 2. The predictive video encoding method is performed by a video predictive encoding device. Which includes An input procedure that is a number of image inputs established as a video sequence. The predictive encoding of these images. Using a number reference picture One, which has already been encrypted and then has been decrypted and reproduced in the past. To generate image data Through compression Regenerative process that decodes compressed image data to reconstruct the image that has been compressed. Through a 3-page reproduction of page 2, the image retention process is the storage of at least one such reproduced image. As a reference image, it will be used for the encoding of the subsequent image and the buffer handling procedure that controls this image retention process and where it was previously performed by this image processing. The buffering process controls the image collection path. On the basis of information, the descriptor BD [k] buffer is associated with a number of reference images. Which has been used In the predictive encoding of this image and at the same time Encrypts this BD [k] buffer descriptor information with reference to BD [m] buffer descriptor information. Differ from this picture and after adding the information that has been coded of this information to This compressed image data 3. A video predictive decoder including An input path in which a number of compressed image data is input for each of the images. Which was founded as a video sequence The compressed image data contains the result of encoding. Make predictions using a handful of reference images. This has been decoded and reproduced in the past and the encoded information of the BD [k] descriptor buffer associated with the reference image. This number one Reconstructed path that decodes compressed image data to reconstruct the reproduced image Image retention path that stores at least one such reproduced image as This is the reference image which will be used for the subsequent decoding of the image and the buffering path that controls this image retention path and where before the reconstruction of this reproduced image. This buffer management method, with reference to the descriptor information BD [m] buffer, is for another image that is different from the image used for the buffer. Through this reproduction, the encoded data of the BD [k] descriptor buffer for the passed image is displayed. This reproduction and from the image capture path control log on the basis of this decoded BD [k] buffer descriptor information page 3 of the number 3 page 4. Predictive video decoding method performed by the device. Decode the video prediction which includes An input procedure that is the input of compressed image data for each image of the A number of images that form a video sequence This compressed image data contains information that results from Predictive coding using a number of reference images It has been decoded and produced in the past, and the data has been encoded in the BD [k] descriptor buffer associated with it. Some of these reference pictures A regenerative procedure that decodes this compressed image to reconstruct it. Reproduced image Image retention procedure that is a collection of at least one such reproduced image. As a reference image, it will be used for the subsequent decoding of the image and the buffering process that controls this image retention process and where it was previously the reconstruction of the reproduced image. B buffer management procedures included. With decoding With reference to descriptor information, BD [m] buffer for another image. That is different from the reproduced image The encoded data of BD [k] descriptor buffer information. And then control the image collection process on The basis of this decoded BD [k] descriptor information ------------ Revised 22 September 2017. 1. A video signal prediction encoder which includes: an input path in which a number of image inputs form a sequence of video signals; The encryption path by which predictive coding of these images is performed And generates compressed image data, which predictive encoding has been performed using a number of reference images obtained Coded then and then decoded and produced in the past; A new generation path that decodes this compressed image data to reconstruct the image that has been passed Simulation production; Image capture method, which stores at least one such reproduced image as That is a reference image which will be used for the encoding of the subsequent image; And the buffering pathway which controls this image storage path, and where before the image processing operations, this buffering pathway controls the image storage path. On the basis of BD [k] buffer descriptor information, this BD [k] buffer descriptive information is associated with a number of reference images that have been used to encode this prediction of this image and, at the same time, encode the information. This BD [k] buffer descriptor, using BD [m] descriptor descriptor information for images that differ from this one, and later add the data that was passed to the BD [k] buffer descriptor. Encrypt this information to this compressed image data ----------