A Novel Computational Framework for Visual Snow Syndrome by Damiano Perri, Osvaldo Gervasi

“…One is based on Augmented and Virtual Reality to simulate the visual perception experienced by people affected by such syndrome in real time on the image sequence acquired by a smartphone’s camera. …”
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Eite-Mono: An Extreme Lightweight Architecture for Self-Supervised Monocular Depth Estimation by Chaopeng Ren

“…In intelligent mine construction, depth prediction via machine vision plays a pivotal role in enhancing visual perception. This need, coupled with the scarcity of high-quality monocular depth estimation datasets, has led to the development of self-supervised learning approaches for depth prediction in complex scenarios. …”
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A Novel Psychovisual Threshold on Large DCT for Image Compression by Nur Azman Abu, Ferda Ernawan

“…The psychovisual threshold represents the sensitivity of the human visual perception at each frequency order to the image reconstruction. …”
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Two-stage ship detection at long distances based on deep learning and slicing technique. by Yanfeng Gong, Zihao Chen, Jiawan Tan, Chaozhong Yin, Wen Deng

“…Ship detection over long distances is crucial for the visual perception of intelligent ships. Since traditional image processing-based methods are not robust, deep learning-based image recognition methods can automatically obtain the features of small ships. …”
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Low-Light Image Enhancement Based on Guided Image Filtering in Gradient Domain by Xiankun Sun, Huijie Liu, Shiqian Wu, Zhijun Fang, Chengfan Li, Jingyuan Yin

“…The experimental results show that our approach outperforms the others in terms of visual perception and objective evaluation.…”
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Image denoising algorithm based on multi-channel GAN by Hongyan WANG, Xiao YANG, Yanchao JIANG, Zumin WANG

“…Aiming at the issue that the noise generated during image acquisition and transmission would degrade the ability of subsequent image processing, a generative adversarial network (GAN) based multi-channel image denoising algorithm was developed.The noisy color image could be separated into red-green-blue (RGB) three channels via the proposed approach, and then the denoising could be implemented in each channel on the basis of an end-to-end trainable GAN with the same architecture.The generator module of GAN was constructed based on the U-net derivative network and residual blocks such that the high-level feature information could be extracted effectively via referring to the low-level feature information to avoid the loss of the detail information.In the meantime, the discriminator module could be demonstrated on the basis of fully convolutional neural network such that the pixel-level classification could be achieved to improve the discrimination accuracy.Besides, in order to improve the denoising ability and retain the image detail as much as possible, the composite loss function could be depicted by the illustrated denoising network based on the following three loss measures, adversarial loss, visual perception loss, and mean square error (MSE).Finally, the resultant three-channel output information could be fused by exploiting the arithmetic mean method to obtain the final denoised image.Compared with the state-of-the-art algorithms, experimental results show that the proposed algorithm can remove the image noise effectively and restore the original image details considerably.…”
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Vision After Early-Onset Lesions of the Occipital Cortex: II. Physiological Studies by M. G. Knyazeva, P. Maeder, D. C. Kiper, T. Deonna, G. M. Innocenti

“…The functional recovery observed in MS roughly correlated with the functional maturation of interhemispheric connections and might reflect the role of corticocortical connectivity in visual perception. The functionality of interhemispheric connections was assessed by analyzing the changes in occipital inter-hemispheric coherence of EEG signals (ICoh) evoked by moving gratings. …”
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Clinicoradiological Correlation of Macropsia due to Acute Stroke: A Case Report and Review of the Literature by Mayra Johana Montalvo, Muhib Alam Khan

“…We describe a patient presenting in the emergency room (ER) with visual perception disturbances characterized by a distorted perception of the size of objects, compatible with left hemimacropsia. …”
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Sensorimotor adaptation reveals systematic biases in 3D perception by Chaeeun Lim, Dhanraj Vishwanath, Fulvio Domini

“…Abstract The existence of biases in visual perception and their impact on visually guided actions has long been a fundamental yet unresolved question. …”
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An Assessment of the Map-Style Influence on Generalization with CycleGAN: Taking Line Features as an Example by Heng Yu, Haoxuan Chen, Ling Zhang

“…The results indicate that moderate line widths (0.5–1) yield better detail preservation, and different line types (framed lines and dashed lines) can highlight feature boundaries and enhance visual perception. By contrast, high-contrast color schemes enhance feature differentiation but increase pixel-level errors. …”
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Natura, architektura i zabawa jako źródła przeżyć estetycznych i odkryć geometrycznych dzieci – badania w działaniu by Barbara Bilewicz-Kuźnia, Małgorzata Centner-Guz

“…As a matter of fact, in the course of such activities the child not only experiences pleasure, but also discovers new phenomena, refines visual perception and aesthetic sensitivity, constructs mathematical concepts, enters the world of geometry. …”
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Directed motion of cognitive active agents in a crowded three-way intersection by Priyanka Iyer, Rajendra Singh Negi, Andreas Schadschneider, Gerhard Gompper

“…To tackle this problem, a system of cognitive active agents at a crowded three-way intersection is studied using Langevin simulations of intelligent active Brownian particles (iABPs) with directed visual perception (resulting in non-reciprocal interactions) and self-steering avoidance—without volume exclusion. …”
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EOR: An Enhanced Object Registration Method for Visual Images and High-Definition Maps by Nian Hui, Zijie Jiang, Zhongliang Cai, Shen Ying

“…Our research investigates the influence of spatial distribution factors and spatial structural characteristics of objects in visual perception and HD maps on registration accuracy and robustness. …”
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“Design nature”: A color interpretation of Bauhaus school building in Dessau and its conceptual origins by Yuan Meng, Wei Liu

“…Through historical investigation and theoretical research, it elucidates the evolution of color cognition from the perspectives of color theory development, architectural color characteristics, and the interaction between visual perception and color. On this basis, it explores the color theory origins of the Bauhaus and Gropius, dissecting the conceptual framework and methods behind the color design of the Bauhaus school building in Dessau. …”
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Less Is More in Digital Games Too: A Comparative Analysis of Visual Elements of Physical and Digital Versions for Two Tabletop Games by Darijo Čerepinko, Robert Štefanović, Krunoslav Hajdek, Petar Miljković

“…Results from a sample of 100 players of both versions show higher overall satisfaction when engaging with the physical version of the games and significantly lower satisfaction with various visual elements in digital versions, such as overall visual perception, colors, and visual appearance of some key elements of the games. …”
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Use of Digital Twins-Based Intelligent Navigation Visual Sensing Technology in Environmental Art Design of Scenic Spots by Chuanbao Sun, Xudong Zhou

“…The new active 3D panoramic vision sensor is achieved for which makes the current visual sensing technology developed into the visual perception of body structure. This technology is adopted in the preliminary design of environmental art in the scenic spot, and it can predict the design feasibility of environmental art in the scenic spot, avoid mistakes in decision-making to a great extent and save human and material resources. …”
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“Making Sense” of Art through Design: Towards a Multisensory Theory of Reception Aesthetics by Inbal Strauss

“…Correspondingly, theories of reception aesthetics in the fine arts, which seek to understand the ways in which works of art engage viewers in the process of meaning-making, traditionally focus on visual perception. However, contemporary works of art engage so-called “viewers” in increasingly multisensory ways that warrant not only a revision of the outdated and contentious privilege of the ocular in aesthetic reception, but correspondingly, a contemporary theory of reception aesthetics that considers multisensory forms of perception. …”
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Alternative communication technologies for correcting speech impairment in children with autism spectrum disorders by S.N. Komarova, I.A. Nigmatullina

“…Recommendations for choosing an appropriate means of communication based on the children's initial fine motor skills, primary communication skills (if any), level of visual perception, motivational factors, and interests are presented.…”
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Motives and features of cross-platform self-presentation of Russian students by M. I. Krishtal, A. V. Shchekoturov

“…In «Instagram» – the visual perception of a person by a person. Along with this, the specificity of self-presentation is also affected by the different functionality of social networks. …”
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O wyobrażeniach kulturowych i percepcyjnych w monografiach Stefanii Skwarczyńskiej. Czego możemy dowiedzieć się od romantyków? by Mariusz Gołąb

“…The other, is the problem of visual perception. Romanticism is interpreted as a general example of this process in Skwarczyńska’s monographies. …”
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