Effects Of Visual Communication Research Articles

Depth-Guided Filtering-Based Null-Domain Background Suppression for Graphic Image Enhancement in Visual Communication Design

Background noise, for example, can influence the outcome of target recognition in the visual communication design of weak target images, lowering the visual communication effect. In order to achieve this, this paper proposes a visual communication design method for weak target images based on spatiotemporal domain filtering. It uses guided filtering to smooth the image and raise the gray level of weak target points, and then obtains the background baseline of target points in the image sequence through the micro-partial equation to complete the image’s spatiotemporal domain background suppression. The best visual communication design result is achieved. The experimental findings demonstrate that the suggested approach has a good visual communication effect and that the pace of communication is not constrained by the size of the images.

Exploration of the Influence of Traditional Art Colors on the Visual Communication Effect of Modern Graphic Design Based on VR Models

Abstract This paper discusses how virtual reality (VR) technology effectively integrates traditional art colors in modern graphic design and its impact on the visual communication effect. Through structural equation modeling (SEM) and K-mean clustering algorithm, the application of traditional art colors in modern graphic design and its influence on visual communication are studied and analyzed. The results show that applying standard colors has a significant impact in contemporary graphic design, especially in emotional resonance, cultural symbols, guiding attention and brand identity. The application of conventional colors has a high visual communication effect with modern graphic design, and there is a significant positive correlation between the dimensions. Finally, through K-mean clustering analysis, the optical communication effect of graphic design is divided into four types, in which emotional resonance and cultural symbols occupy an essential position in the visual communication effect. The research results provide a theoretical basis for applying traditional delicate art colors in modern graphic design and a practical reference for designers in the actual design process.

Exploring the path of sending information about visual contexts of industrial prints

Abstract Aiming at the influence of visual contextual information communication on industrial printmaking, this paper elaborates visual communication theory and establishes a visual information communication model after analyzing the concept, characteristics and components of visual communication, which has a role in visual contextual information communication. The four elements, three important links and the characteristics of visual communication in the process of visual communication are analyzed from the perspective of communication. Based on the above theories, a model of information communication in web interface is constructed. The computational process of the linear binocular cost aggregation algorithm is simplified by using the asymmetric cost aggregation method, and the more robust TAD matching cost function is used to compensate for the lack of accuracy caused by the simplification, and the computational process of the asymmetric linear cost aggregation algorithm is parallelized and mapped to the platform. Experimental data show that the asymmetric cost aggregation approach to linear binocular cost aggregation algorithm can obtain parallax maps in constant running time, and the quality of parallax maps is close to or better than some global matching algorithms which are at the forefront of research, and has a good prospect in the field of real-time binocular vision. The visual web pages designed by this method can better stimulate the user’s desire for acceptance, and the web pages have better visual communication effect and higher practical value, and can create better knowledge benefits in industrial printmaking, with an overall knowledge conversion rate of 85%.

Visual Communication Effect Modeling of Public Service Advertisements Based on Fractional Differential Equations

Abstract This paper establishes the visual communication effect model of public service advertisement based on a fractional differential equation. In this paper, a guided filter is used to smooth the image and improve the grayscale phenomenon of the image. Then this paper adopts a method based on wavelet transform to obtain the reference line of the target point source. This achieves the suppression of the background baseline of the target point. Finally, this paper extracts the edge detail feature value in the public service billboard, which realizes the fusion recognition of the missing part in the advertising image. Then this paper transforms it into the problem of separating the object's foreground from the image's background. Finally, this paper uses an improved nonlinear diffusion method to suppress the tiny image detail signal. Experiments show that the algorithm has good optical transmission performance and is not limited by the size of public service advertisement images.

Research on Diversified Visual Communication Design Based on Computer Digital Technology

In order to improve the effect of diversified visual communication, this paper combines computer digital technology to design a multidimensional visual communication system. In order to improve lighting performance, parts of the surface of the secondary processing visually conveyed image have been processed with different diffusing materials, and the effects have been compared in simulations. There are two types of simulations: external simulation and internal simulation. Moreover, the cutting method based on the shape of the lighting area can design a rectangular lighting area, and the diffusing material can improve the lighting performance to a certain extent. In addition to this, according to the shape of the set target plane, a cut visual communication image is obtained. Through multiple simulation experiments, this paper verifies that the diversified visual communication design system based on computer digital technology can effectively improve the visual communication effect.

Visual Communication-Based Virtual Reality Design of Imaging Information Collection and Display System

Imaging image acquisition and display has always been an important application field of visual communication art. A good imaging acquisition and display system can give the audience an excellent visual experience. However, conventional imaging image acquisition equipment is too bulky and expensive. At the same time, the existing imaging acquisition technology is generally only suitable for two-dimensional plane design. It is difficult to construct the three-dimensional and realistic sense of actual objects, which makes the development of the entire imaging system slow. Existing imaging acquisition technologies have difficulty keeping pace with the technological age. In this paper, according to the actual needs, a three-dimensional imaging technology was proposed to improve the efficiency of imaging image acquisition. And the principle of imaging information display was used to enhance the visual communication effect. Then, at the algorithm level, virtual reality technology was combined with convolutional neural network-related algorithms to improve the overall accuracy of the algorithm and control the error well. The experimental results showed that the optimized VR technology leads the whole stage in terms of mean square error. Among them, after testing 400 samples in the two experiments, the error performance is controlled below 0.32, and the best error control performance is 0.07; the unoptimized virtual reality technology error control is not ideal. The minimum error failed to break below 0.2, and the optimized algorithm had a high accuracy of 99.3%, which greatly improved the feasibility of the imaging information acquisition and display system.

Design of 3D Image Visual Communication System for Automatic Reconstruction of Digital Images

In order to improve the visual communication effect of the 3D image visual communication system, this article combines the automatic reconstruction technology of digital images to design the 3D image visual communication system. Moreover, this article studies the shock stability of the shock capture scheme by combining entropy generation analysis, linear disturbance analysis, and numerical experiments. In addition to this, this article presents a general method that can be used to suppress numerical shock instabilities in various Godunov-type schemes. It can be seen from the experimental results that the proposed 3D image visual communication system for the automatic reconstruction of digital images has a good visual communication effect.

Hyperspectral Image Processing Technology and Its Application in Visual Communication Design

In order to improve the effectiveness of visual communication design, this article combines hyperspectral image processing technology to construct a visual communication design system and improves the effect of visual communication design with intelligent methods. Eagerly, this article proposes a general framework for constructing a suitable shock capture scheme in combination with the entropy control method for suppressing shock instability. In addition, considering the guarantee of qualitative and entropy stability, this article adopts a variety of numerical experiments to evaluate the performance of the full-speed domain scheme. The simulation study shows that the visual communication system based on hyperspectral image processing technology proposed in this article has a very good visual communication effect and can effectively improve the visual communication design effect.

The Stereo Communication Method of Artistic Visual Image Based on CAD Platform

Due to the large amount of noise in the image background, the traditional methods have the problems of poor image communication effect, slow image communication efficiency, and poor noise processing effect. A three-dimensional communication method of art visual image based on CAD platform is proposed. Wavelet transform is used to extract artistic visual image features, and the fuzzy clustering method is used to standardize the obtained image feature data. Based on the data processing results, the CAD platform is constructed, the software program is designed, and the image chain coding is realized at the same time. The particle swarm optimization algorithm is used to convey the image of the obtained CAD general vectorization file, so as to complete the three-dimensional transmission of artistic visual image. The experimental results show that the image communication effect of this method is better, the image communication efficiency is higher, the noise suppression effect is better, the visual communication effect of the image is improved, and the performance of the designed method is superior.

Design of Visual Communication Effect Evaluation Method of Artworks Based on Machine Learning

With the rapid development of computer and digital media technology, more and more visual artworks are created, preserved, and transmitted digitally, which has become an indispensable spiritual wealth in this era. However, the aesthetic evaluation of traditional visual artworks can only rely on artists or appreciation experts for qualitative description, and the results have great subjective uncertainty due to their different personal knowledge and experience. Therefore, computational aesthetics came into being, that is, using a computer model to assist in quantitative evaluation of visual artworks. These models have broad application prospects in the fields of aesthetic evaluation and correction, art style identification, and so on. Based on this, this paper proposes a design of visual communication effect evaluation method of artworks based on machine learning. First, some characteristic variables are constructed to quantify the balance, contrast, and harmony in icon design criteria, and these three common design criteria are transformed into a mathematical expression. Based on the powerful fitting, classification, and generalization capabilities of the SVM method, we choose it as our base model. Then, the artificial evaluation scores are regressed to the calculated characteristic variables to obtain the statistical linear regression models corresponding to the three design criteria. The experimental results show that the evaluation model and manual evaluation results can reach a significant correlation in the same dimension, which verifies the effectiveness of the model.

Study on personalised web design for user based on visual communication

Traditional web design has the problems of poor visual communication effect and high cost. This paper proposes a personalised web design method based on visual communication. The personalised web requirements of users are analysed, and the personalised feature data is extracted. Histogram is used to enhance the brightness of personalised webpage image, and gamma is used to correct the grey error of personalised webpage. The concept of visual communication is introduced to build a visual communication model of personalised web information. Time domain features of personalised web images are extracted. According to the similarity of webpage information, the content of visual communication webpage information design is selected to complete webpage design. The results show that the effect of this method is good, the shortest time is about 1.5 minutes, and the design cost is low.

Design of Facial Recognition System Based on Visual Communication Effect

At present, facial recognition technology is a very cutting-edge science and technology, and it has now become a very hot research branch. In this research, first, the thesis first summarized the research status of facial recognition technology and related technologies based on visual communication and then used the OpenCV open source vision library based on the design of the system architecture and the installed system hardware conditions. The face detection program and the image matching program are realized, and the complete face recognition system based on OpenCV is realized. The experimental results show that the hardware system built by the software can realize the image capture and online recognition. The applied objects are testers. In general, the OpenCV-based face recognition system for testers can reliably, stably, and quickly realize face detection and recognition in this situation. Facial recognition works well.

Research on the Performance of Impressionist Painting Color Visual Communication Based on Wireless Communication and Machine Vision

In order to solve the problem of poor visual communication effect of impressionist painting colors and low accuracy of painting color enhancement by existing methods, this thesis proposes a research on the performance of impressionist painting color visual communication based on machine vision under the background of wireless network. This method can improve the vision, speed, and efficiency of communication, through the analysis of the characteristics of impressionist paintings, and determine the visual communication objects of impressionist painting colors. The process of visual communication is analyzed, and the color matching of impressionist painting is completed with the help of BP neural network algorithm. On this basis, the histogram method is used to process the image brightness of impressionist paintings, the image interpolation method is used to process the image brightness of impressionist paintings, and the image is corrected by gamma correction to complete the image performance research. The color vision communication of impressionist painting needs to correct the gray scale error of impressionist painting and enhance the color of impressionist painting. The experimental results show that the accuracy of this method for the color matching of impressionist painting images is about 98%, which has a certain degree of credibility.

Effects of Visual Communication on Memory Enhancement of Thai Undergraduate Students, Kasetsart University

Memory is important in a learning process. The more students can memorize or retain information from a learning process, the greater possibility students can perform better in their learning. Therefore, this research aimed to explore visual communication in terms of its effectiveness and effects on memory enhancement with 19 Thai undergraduate students by using a communication skills online course with visual communication, an evaluation questionnaire of the selected course, an effectiveness questionnaire of visual communication, and a memory test on the selected course. Mean, standard deviation, content analysis and a t-test for dependent samples were used to analyze data collected from all research instruments. The research findings indicated that using visual communication produced positive results in enhancing student memory and thus generating greater student learning, which can be concluded that visual communication has high potential to be implemented in class as an effective tool for teaching courses to enhance student memory and thus create better learning performance.

Simulation of Ocean Environmental Corrosion and Analysis of Visual Communication Effect

Chung, S.; Chen, Y., and Yang, C., 2018. Simulation of ocean environmental corrosion and analysis of visual communication effect. In: Liu, Z.L. and Mi, C. (eds.), Advances in Sustainable Port and Ocean Engineering. Journal of Coastal Research, Special Issue No. 83, pp. 603–608. Coconut Creek (Florida), ISSN 0749-0208.At present, there are few studies on the corrosion behavior of metal in the ocean environment, especially in the corrosion zone. The study of the corrosion mechanism and the relationship between different environmental factors and corrosion rate is not sufficient. Corrosion patterns and electrical feedback of three different types of anticorrosive coatings in different ocean environments are studied by using ocean corrosion simulation test device. The results showed that the spray splash zone is the most severe area of ocean corrosion, the specimens are most corroded in this area, and epoxy anti-corrosion coating has the best anti-corrosion effect.

Visual Cancer Communication on Social Media: An Examination of Content and Effects of #Melanomasucks.

BackgroundInstagram is increasingly becoming a platform on which visual communication of cancer takes place, but few studies have investigated the content and effects. In particular, a paucity of research has evaluated the effects of visual communication of cancer on participative engagement outcomes.ObjectiveThe objective of our study was to investigate cancer-related beliefs and emotions shared on Instagram and to examine their effects on participative engagement outcomes including likes, comments, and social support.MethodsThis study analyzed the content of 441 posts of #melanomasucks on Instagram and assessed the effects of the content characteristics on outcomes, including the number of likes and comments and types of social support using group least absolute shrinkage and selection operator logistic regression.ResultsPosts about controlling melanoma were most frequent (271/441, 61.5%), followed by 240 (54.4%) posts about outcomes of having melanoma. Ninety posts (20.4%) were about the causes of melanoma. A greater number of posts expressed positive (159/441, 36.1%) than negative emotions (100/441, 22.7%). Eighty posts (18.1%) expressed hope, making it the most frequently expressed emotion; 49 posts expressed fear (11.1%), 46 were humorous (10.4%), and 46 showed sadness (10.4%). Posts about self behavior as a cause of melanoma decreased likes (P<.001) and social support comments (P=.048). Posts about physical consequences of melanoma decreased likes (P=.02) but increased comments (P<.001) and emotional social support (P<.001); posts about melanoma treatment experience increased comments (P=.03) and emotional social support (P<.001). None of the expressions of positive emotions increased likes, comments, or social support. Expression of anger increased the number of likes (P<.001) but those about fear (P<.001) and joy (P=.006) decreased the number of likes. Posts about fear (P=.003) and sadness (P=.003) increased emotional social support. Posts showing images of melanoma or its treatment on the face or body parts made up 21.8% (96/441) of total posts. Inclusion of images increased the number of comments (P=.001).ConclusionsTo our knowledge, this is the first investigation of the content and effects of user-generated visual cancer communication on social media. The findings show where the self-expressive and social engagement functions of #melanomasucks converge and diverge, providing implications for extending research on the commonsense model of illness and for developing conceptual frameworks explaining participative engagement on social media.

Choosing Imagery in Advertising Healthy Food to Children

ABSTRACT Food advertising is widely believed to influence children9s food preferences, although the evidence is not conclusive. This research examined the effects of visual communication on children9s healthy food choices. The children in the study liked foods displayed as cartoons the most, not the drawn foods, but they wanted to consume the foods represented by photos. To motivate healthy-food consumption by children, therefore, it may be more effective to use photos rather than cartoons or other animations. Healthy-food advertisements using a mix of visualizations may maximize the attention to and adoption of healthy food marketed to children.

Practice Research on Design Concept of AutoCAD Based on Auto LISP Programming Language

By applying the Auto LISP programming language to the design concept of AutoCAD, this paper realizes the secondary development of AutoCAD software. Through the Auto LISP design, this paper implements three kinds of constituted artistic effects for the fractal tree of landscape architecture, namely, plane, color and stereo. At the same time, this paper establishes the fractal mathematical models and algorithms for the landscape design. In addition, the entity model of landscape is built through the AutoCAD landscape design library and the fractal tree is established in the entity model. Through the three-dimensional rendering of plane, stereo and color, this paper achieves wonderful digital multimedia visual communication effect. Thus, it provides a technical support and theoretical reference for the computer simulation design of modern landscape.

Research on the Visual Communication Design Based on Digital Multimedia

with the development of computer hardware and software performance improvement, digital multimedia technology has been applied to various fields, the effect of image visional transmission are mainly affected by the brightness, texture and color, and different image effects will produce different visual transmission effect. This paper starts from the brightness of the image, using the mathematical model of digital multimedia brightness change, and combined with MATLAB numerical simulation software, the digital multimedia visual effect design interface is developed. In order to verify the reliability of the design of digital multimedia solutions, image has been brightness correction in the digital multimedia visual effect interface, and then by changing the environment light, diffuse reflection and specular reflection light, we can change the effect of image digital communication. Finally, we will obtain better visual communication effect, to provide a theoretical reference for the development of digital multimedia technology.

THE EFFECTS OF CONTAINER SIZE AND TRANSPARENCY ON GROWTH AND SURVIVAL OF LOBSTERS CULTURED INDIVIDUALLY1

AbstractThe high rates of cannibalism observed in American lobsters (Homarus americanus) held in communal rearing systems dictate that for a majority of the culture period the animals must be held individually in order to prevent these losses. An experiment was conducted to assess the dependence of growth rate, molting frequency, and survival on the amount of horizontal surface area provided for each lobster. Eight sizes of individual containers ranging from 6 to 750 cm2 were provided. Parallel experiments were conducted in containers made of both transparent and translucent materials so that the effects of visual communication also could be determined.The experiments have been in progress for 24 months. Growth and survival have been severely reduced in the smaller rearing containers. Molting frequency was not as severely affected. No significant differences in growth were found between lobsters in visual contact and visual isolation. Equations describing the relationship between space and growth are presented and estimates are made of the effects of space requirements on the design of a commercial lobster culture facility.