Signal Processing: Image Communication （SPIC） - Volume 70 论文列表
| 点击这里查看 Signal Processing: Image Communication 的JCR分区、影响因子等信息 |
| 卷期号： Volume 70 |
| 发布时间： February 2019 |
| 卷期年份： 2019 |
| 卷期官网： https://www.sciencedirect.com/journal/signal-processing-image-communication/vol/70/suppl/C |
本期论文列表
Editorial Board
CAM-based HDR image reproduction using CA–TC decoupled JCh decomposition
Temporal stochastic linear encoding networks
An alternating proximal approach for blind video deconvolution
Perceptual image quality assessment through spectral analysis of error representations
Fast detection and segmentation of partial image blur based on discrete Walsh–Hadamard transform
A framework for computationally efficient video quality assessment
Multiview Laplacian semisupervised feature selection by leveraging shared knowledge among multiple tasks
HybridNet: A fast vehicle detection system for autonomous driving
Combining weighted curvelet accumulation with motion vector duty cycle for nonuniform video deblurring
Digital blind watermarking based on depth variation prediction map and DWT for DIBR free-viewpoint image
Signal processing challenges for digital holographic video display systems
Image dehazing using Moore neighborhood-based gradient profile prior
Object instance detection with pruned Alexnet and extended training data
ADMM for image restoration based on nonlocal simultaneous sparse Bayesian coding
Lossless medical image watermarking method based on significant difference of cellular automata transform coefficient
Deep learning for printed document source identification
Fast inter-frame prediction in multi-view video coding based on perceptual distortion threshold model
A deep learning method for image super-resolution based on geometric similarity
Methodology for filtering of depth maps based on the MCbR algorithm supported by color, shape and neighboring features
Ensemble SW image steganalysis: A low dimension method for LSBR detection
Assessment of perceptual distortion boundary through applying reversible watermarking to brain MR images
A fast video super resolution for facial image
Saliency detection via background and foreground null space learning