Titlebook: Digital Multimedia Communications; 19th International F Guangtao Zhai,Jun Zhou,Jia Wang Conference proceedings 2023 The Editor(s) (if appli

羊欄

Deep Fourier Kernel Exploitation in?Blind Image Super-Resolutionmage. Then we design a novel Kernel Fast Fourier Convolution (KFFC) to filter the image feature of the transitional image with the raw blur kernel in the frequency domain. Extensive experiments show that our methods achieve favorable and robust results.

縱欲

Water Segmentation via?Asymmetric Multiscale Interaction Networkhts of features at different scales. We conduct extensive experiments on Hubei water dataset we constructed, The results show the framework effectively improves the accuracy of water segmentation and greatly improves the visual effect of segmentation, which is 5.9% higher in self-made dataset with advanced methods.

拍翅

Bureaucracy

Valves

FPGA-Based Hardware Implementation of?JPEG XS Encoderigned hardware architecture is suitable to be implemented using Xilinx HLS Tool and operates at 196?MHz on Alveo U50, achieving encoding speed of 8K 42?fps. The restored images usually yield a PSNR over 50 dB when bitrate is larger than 8.0 bpp.

無彈性

有害處

Conference proceedings 2023hina, December 8–9, 2022..The 40 full papers included in this book were carefully reviewed and selected from 112 submissions. They were organized in topical sections as follows: Computer Vision; Image Analysis; Quality Assessment; Video Processing; Machine Learning; and Big data..

貴族

Pedestrian Re-recognition Based on?Memory Network and?Graph Structureused in the existing literature will produce gradient disappearance and gradient explosion when the video sequence is long. Then, we propose a Person Re-identification Network with ConvLSTM (CLPRN) network based on convolutional long and short-term memory networks to solve the short-term memory prob

decode

Pedestrian Attribute Recognition Method Based on Multi-source Teacher Model Fusionn models trained on the public datasets have poor generalization ability and cannot be applied to complex scenarios. Also, through the traditional multi-label classification framework and a single network model, it is difficult for different attribute features to be effectively represented and fused

harrow

Dense 3D Reconstruction of?Non-cooperative Target Based on?Pose Measurement reconstruction method combining pose measurement and dense reconstruction. Firstly, based on the depth camera, the Iterative Closest Point (ICP) algorithm is used to realize the pose measurement between each frame of the non-cooperative target. Then, the loopback detection based on the bag-of-words