Visual Form Research Articles

Visual Aspect of the Poetics of the I. A. Bunin’s Novel “Arseniev’s Life”

The article examines the visual aspect of the poetics of I. A. Bunin’s novel “Arsenyev’s Life.” The leading visual form in the book is literary pictorialism, i.e., a way of modeling the artistic world in which the phenomena and events of reality are presented based on the pictorial principles of image creation. The pictorial text has a number of features resembling a painting: static nature, stipulated by the predominant use of the present tense, accentuated forms, colorful descriptions, and a special composition. Bunin’s gift of painting is realized in generous description of textures and colors, in the accuracy of details, in the ability to capture memories in vivid landscape, subject, and portrait images. Along with literary pictorialism, Bunin resorts to ecphrasis, focusing mainly on photographs and family portraits. Thus, the past, including with the support of ecphrasis, manifests not only through paintings, but also through faces. The verbal icon is designed to visually enhance and accentuate the plot of the hero’s entry into the world of Orthodox religiosity. At the same time, the paintings on which the narrator’s gaze rests are combined with cinematic writing — a dynamic stream of frames perceived by consciousness and vision and recreated with the help of editing. This is how the course of life is modeled in the “incongruity and inseparability” of dynamics and stopped moments. Thus, the visual forms of the artistic world’s unfolding in the novel are presented systematically and in a branched manner. They can be attributed to those factors that form Bunin’s distinct organic writing style, when questions of ontology are posed and resolved at the stylistic level, at the level of the images of the surrounding world that manifest themselves here and now.

The mimesis of the on-screen interface and the essence of technology: a philosophical analysis

The work is devoted to the philosophical analysis of a number of culturological factors related primarily to visual genres and forms of culture, the subsequent impact of which on the rapid development of scientific and technological progress in the last decades of the XX – first decades of the XXI century directly or indirectly influenced the features of the functioning and appearance of the interface of screen devices in their now familiar form. The historically alternating cultural requirements for transformations of visual images in relation to their perception were investigated in diachrony. Through the analysis of visual culture, the authors consider modern technology as a unity of three components: technological, socio-cultural and anthropological. These components allow us to present the technique as an integral phenomenon for philosophical consideration. The research methodology is based on the use of empirical material from the field of modern technology development, and also includes an analysis of historical, philosophical and cultural sources related to the study of technology. When comparing the mimetic forms of traditional culture with the mimetic ways of reflecting the screen-type interface, a comparative typological approach is applied. The scientific novelty of the research lies in an attempt to compare the mimetic forms of traditional culture with the mimetic ways of reflecting the screen-type interface. By comparing these forms, the authors go out to study a broader phenomenon of modern society and culture – the phenomenon of technology. This research contributes to the development of the philosophy of technology in Russia. One of the tasks of the philosophy of technology is to study the subject of technical activity, which functions today as a new technical environment, in the context of digital and nanotechnology. Technical activity is the basis for the emergence of new knowledge about society. Technology acts as a form of materialization of ideas in practice, affects the development of technical sciences, all branches of knowledge in the modern world. Screen culture acts as a part of technical development based on the digitalization of technologies, but at the same time, it allows us to present technology as a unity of technology, man and society.

Pemanfaatan Literasi Digital Dalam Meningkatkan Kreativitas Motorik Anak Berkebutuhan Khusus (ABK)

ABK's motor creativity is said to be good if they are in the right environment, surrounded by people who understand their special needs, both in terms of assisting, guiding and supporting no matter how small they do. Collaboration of digital learning and conventional creativity is one of the strategies developed by HSBE academically/non-academicly. The reading literacy ability of ABK is quite good in understanding writing, pictures, colors but due to verbal limitations it seems difficult to speak and not yet fluent in reading. The need for digital literacy for children with special needs in the form of visual art comics in the form of visualization of picture story books and visualization of digital fairy tales is quite influential in improving the motor skills of children with special needs. The computer science program was attended by ABK grades 2 and 3 because they were already able to operate basic computer systems. This study uses a qualitative descriptive method involving teachers, parents and children with special needs as a sample. The results of this study concluded that 2 children with special needs: 1ADHD – GAP (Attention Deficit Hyperactivity Disorder) and 1ASD – RRF (Autism Spectrum Disorder) have very low ratings in utilizing digital media compared to 3 other children with special needs so that they require extra assistance and learning media

Improving the Ilocano Phonological Awareness of Kindergarten Learners Using Indigenized Reading Materials

The study aims to improve the Ilocano phonological awareness of kindergarten learners in Sto. Rosario Elementary School, Sigay, Ilocos Sur, using indigenized reading materials. The result shows a significant positive impact on learners' skills in Ilocano phonological awareness, as demonstrated by the scores from the post-test. A paired samples t-test confirmed that the difference between pre-test and post-test means was statistically significant, demonstrating the effectiveness of the intervention. The increase in the mean posttest score further supports that learners have improved significantly in all factors of phonological awareness. These outcomes explain why indigenized reading material and environmental print are incorporated into early childhood education. The materials provided a culturally familiar context that added meaning to what had been learned and further directed learners' attention toward phonemic patterns through visual word forms.

Feasibility and Exception--The Grand Narrative Theory in the Myths of Buddhist Sculpture Art

This paper explores the grand narrative, especially in the context of Buddhist sculpture art. It portrays grand narratives as broad, non-falsifiable systems stemming from a collective story, often focusing on universality and macro theories. The paper also highlights the link between grand narratives and myth. The author examines how grand narrative theory applies to Buddhist art, evident in visual forms like Buddha statues, which function as both religious symbols and narrative components. This article mainly consists of two lines of analysis. One line examines the representation of grandeur and narrative in Buddhist sculptures, while the other line examines the changes in the grand narrative of Buddhist sculptures. The former involves the relationship between images and texts, while the latter involves the feasibility of the end of grand narrative as proposed by Jean-François Lyotard’s theory of grand narrative.

Exploring bike-commuter habits through data physicalisation engagement

ABSTRACT Engagement with real-time GPS data presents an obvious avenue towards behaviour change for sustainable mobility choices, as tracking human activity patterns becomes more ubiquitous. However, tracking data in visual form does not invite the quality of engagement that data physicalisations afford. In this blended method experiment, we study bike-commuter habits by combining data tracking, ethnographic studies and data physicalisation. We invited 12 everyday bicycle commuters to track their mobility patterns through an app, to be video shadowed on their daily commute and finally to engage in workshops with different data physicalisations based on the personal mobility data collected. We employ an analytic framework to indicate how the participant engagements match the theories of Flow State, Play Moods and Small Beginnings. The results of the study show that there is a potential for engaging local communities in reflecting on their day-to-day mobility choices through active engagement with data physicalisations. We also suggest that the framework can be used to develop facilitation practices to further enhance data physicalisation engagement and deepen insights.

Data visualisation for decision making under deep uncertainty: current challenges and opportunities

Abstract This perspective article explores the role of data visualisation in decision-making under deep uncertainty (DMDU), a growing discipline tackling complex socio-environmental challenges, such as climate impacts and adaptation, natural resource management, and preparedness for extreme events. We discuss the role of visualisation for both analysis (or exploratory) purposes, as well as communication (or explanatory) purposes, including to stakeholders and the public. We identify a lack of comprehensive guidelines on how visualisations are currently used and their potential in enhancing DMDU processes. Drawing on literature and insights from a recent workshop, we identify key challenges DMDU analysts face when visualising data: managing complexity and dimensionality, effectively communicating uncertainty, and ensuring user engagement and interpretability. We propose a research agenda to address these challenges, by taxonomising and evaluating the effectiveness of different visual forms in decision-making contexts, and fostering interdisciplinary collaboration. We argue that, through these efforts, we can improve the communication and usability of DMDU analyses, ultimately aiding in more informed and adaptive decision-making in the face of deep uncertainty.

Visuals in elementary School First Grade Life Studies Textbooks: A Study on Root Values and Academician Perspectives

This study assesses the representation of core values in the visuals of a first-grade Life Studies textbook, based on the opinions of academicians. Employing basic qualitative research methods, including Feldman Art Criticism, Pedagogical Criticism, and a Semi-structured Root Values and Visual Analysis form developed by the researcher with expert advice, it examines 16 visuals for their expression of ten core values as defined by the Board of Education and Instruction. Descriptive analysis was utilized to evaluate the frequency and adequacy of these visuals in conveying the values. The findings reveal that love, respect, and responsibility are the most frequently depicted values, whereas honesty, justice, and patience are the least represented. The study concludes that visuals most effectively embody the values of benevolence and honesty, and recommends incorporating more visuals that depict honesty, justice, and patience in future editions of the textbook.

Infographics as a tool for presentation of an organisation in the media space

Infographics are used to display information in a visual form with a graphic component, and have become widespread due to the convergence of the media space, which has transformed the processes of collecting, processing, broadcasting, and, most importantly, presenting information. The purpose of the article is to consider infographics as a media format for self-presentation of an organisation, as a tool for managing its image. The conducted analysis allows us to show a classification of the infographics according to the following criteria: display method, data type, purpose, presentation format, presence of interactivity, and time perspective. The functionality of the infographics is quite wide: these are functions, such as cognitive, analytical, factual, instructive, argumentative, ascertaining, attractive, expressive, aesthetic, identification, decorative, etc. However, some functions are still not sufficiently disclosed. The article examines the function of presenting the infographics in the media space and, based on a rapid survey, shows its importance in terms of informing the audience about the content of the organisation’s activities, revealing the viral potential of the infographics and its impact on the positive perception of the audience. This all points to the possibility of using the infographics as a media format for self-presentation of an organisation in various target communities, as an effective tool for managing image perception.

Thermal analysis of mathematical model of heat and mass transfer through bioconvective Carreau nanofluid flow over an inclined stretchable cylinder

Thermal analysis of mathematical model of heat and mass transfer through bioconvective Carreau nanofluid flow over an inclined stretchable cylinder

The Spatiotemporal Dynamics of Bottom-Up and Top-Down Processing during At-a-Glance Reading.

Like all domains of cognition, language processing is affected by top-down knowledge. Classic evidence for this is missing blatant errors in the signal. In sentence comprehension, one instance is failing to notice word order errors, such as transposed words in the middle of a sentence: "you that read wrong" (Mirault et al., 2018). Our brains seem to fix such errors, since they are incompatible with our grammatical knowledge, but how do our brains do this? Following behavioral work on inner transpositions, we flashed four-word sentences for 300 ms using rapid parallel visual presentation (Snell and Grainger, 2017). We compared magnetoencephalography responses to fully grammatical and reversed sentences (24 human participants: 21 females, 4 males). The left lateral language cortex robustly distinguished grammatical and reversed sentences starting at 213 ms. Thus, the influence of grammatical knowledge begun rapidly after visual word form recognition (Tarkiainen et al., 1999). At the earliest stage of this neural "sentence superiority effect," inner transpositions patterned between grammatical and reversed sentences, showing evidence that the brain initially "noticed" the error. However, 100 ms later, inner transpositions became indistinguishable from grammatical sentences, suggesting at this point, the brain had "fixed" the error. These results show that after a single glance at a sentence, syntax impacts our neural activity almost as quickly as higher-level object recognition is assumed to take place (Cichy et al., 2014). The earliest stage involves detailed comparisons between the bottom-up input and grammatical knowledge, while shortly afterward, top-down knowledge can override an error in the stimulus.

Visualising human life in volumetric cities: City digital twins and other disasters

City digital twins (CDTs) are attracting considerable attention as a tool for the management of cities facing many kinds of crises. CDTs are three-dimensional, animated digital models of cities that display the big data generated by urban sensors in near-real-time. Most of the academic literature on CDTs consists of technical discussions of their design or implementation. This paper instead proposes a different context for understanding CDTs. It adopts an intersectional feminist and techno-cultural analysis of the visual form of power enacted by CDTs, as exemplary of a much wider turn in contemporary visual culture towards visualising the world digitally in three dimensions. Many critical accounts of this visual and volumetric regime are attentive to the forms of corporealised human life that emerge in relation to the picturing of various volumes. This paper examines how CDTs visibly co-constitute a number of digitally-mediated forms of human life, including its user and its human inhabitants. The paper argues that, while both the technological affordances and the cultural imaginary of CDTs perform the kind of powerful white masculinity that sees space as transparent and actionable, discussions of CDTs also persistently generate an excessive form of human life that is understood as untwinnable. The paper argues that masculinist anxieties around this excess erupt in another form of digitally-animated volumetric city facing disaster: the disaster movie. The paper thus makes an argument about the specific form of white masculinity co-constituted with CDTs and insists on the necessity of critical techno-cultural analyses of urban management technologies.

A Morris Semiotic Perspective on the Characteristics and Cultural Significance of Traditional Guangdong Furniture Patterns

Based on Morris's semiotic theory, this paper systematically analyzes the symbolic features of traditional Guangdong furniture patterns and their cultural symbolism from the three dimensions of semiotics (syntax, semantics, and pragmatics). The study focuses on typical patterns such as dragon and phoenix, pine and crane, plum, orchid, bamboo and chrysanthemum in Guangdong traditional furniture, and explores their historical origins, social functions, and close links with Confucianism, family concepts, and social hierarchies in the context of Lingnan culture. By analyzing these symbols, the paper reveals their special symbolic meanings in different social classes and ritual cultures, as well as how they convey the values and lifestyles of the Guangdong region through visual forms. The study further explores the potential application of these traditional symbols in modern design, especially through simplification and abstraction, combining traditional cultural symbols with modern design concepts, materials and techniques to realize the fusion of cultural heritage and innovative design. This paper provides a new theoretical framework for the study of the patterns of traditional furniture in Guangdong, and practical suggestions for modern designers on how to effectively inherit and innovate the cultural heritage symbols, and to promote the synergistic development of cultural heritage preservation and design industry.

Validation of New Student Registration Documents at Nurul Jadid University Using Convolutional Neural Network

Every year, Nurul Jadid University admits new students by registering them using the website. Each prospective new student can fill in data independently and upload documents such as Deeds, Family Register, Identity Cards, Diplomas, and SKHU. Often, prospective new students need clarification in uploading documents; for example, the place for uploading ID cards is filled with uploading diplomas and vice versa. It causes the uploaded data not to match the place or group. Today, no document validation technique can match these types of documents. Therefore, a way is needed to overcome this problem. One way to recognize the document type is by its visual form or image. There are several methods for identifying an image, namely deep learning and neural network models. Where the convolutional neural network is known to be fast in processing data in images, this research aims to validate documents on new student registration data with a deep learning method, namely convolutional neural network (CNN). The experimental results show that the proposed method can classify the Nurul Jadid University new student registration documents with an accuracy rate of 0.91, such as the birth certificate at 0.97, diploma documents at 0.88, Family card documents at 0.88, identity cards at 0.84, exam result certificate with an accuracy 0.94.

Feasibility Assessment of Rapid Response EEG in the Identification of Nonconvulsive Seizures During Military Medical Air Transport.

Traumatic brain injury often requires neurologic care and specialized equipment, not often found downrange. Nonconvulsive seizures (NCSs) and nonconvulsive status epilepticus (NCSE) occur in up to 30% of patients with moderate or severe traumatic brain injury and is associated with a 39% morbidity and an 18% mortality. It remains difficult to identify at bedside because of the heterogeneous clinical manifestations. The primary diagnostic tool is an electroencephalogram (EEG) which is large, requires an external power source, and requires a specialized technician and neurologist to collect and interpret the data. Rapid response EEG (rr-EEG) is an FDA-approved device that is pocket sized and battery powered and uses a disposable 10-electrode headset. Prior studies have demonstrated the noninferiority of rr-EEG in the identification of NCSE and NCS as compared to conventional EEG in hospitals. An unanswered question is whether rr-EEG could be used in the identification of NCSE and NCS by medics. In conjunction with the Critical Care Air Transport (CCAT) team, a simulation was created and implemented on a CCAT training mission. The simulation team included a neurology resident, who oversaw the simulation, a pulmonary critical care fellow, an intensive care unit nurse, and a respiratory therapy. A survey was provided before and after the simulation. The team was expected to review the rr-EEG to make clinical decisions during ground transport, takeoff, and landing. The neurology resident monitored and recorded the team's ability to distinguish between NCS and a normal EEG. In between, the neurology resident monitored the quality of the EEG for potential interference and loss of quality. The CCAT team was able to efficiently set up the rr-EEG on a patient manikin, correctly identify visual EEG wave forms of a patient in NCS, and utilize the proprietary audio program of a simulated patient in NCS. The team reported that the device was easily set up in the environment, and the data were interpretable despite vibration, aircraft auditory and electrical noise, and the ergonomics of the aircraft medical section. This pilot study has validated a potentially revolutionary technology in medical transport. The rr-EEG technology is measurably user-friendly and will improve patient outcomes. This device and simulation can reduce time to an EEG by hours to days allowing for immediate treatment and intervention, which can significantly reduce morbidity and mortality.

IoT-Based System for Pothole Mapping

Technology development allows various kinds of technology to provide convenience and better services. One of them is the development of technology with the Internet of Things. In this research, we have developed a system to detect and map damaged road conditions to give road users a better experience. The user is expected to use this system to collect data. Detection is done using an accelerometer sensor that estimates the speed of a vehicle. In the process of pothole detection, the accelerometer checks the value of each x, y, and z axis. When data meets the axis value, it is taken by Arduino and sent to the Raspberry Pi. Raspberry Pi, which is an integration of systems, processes data and classificates data. Also, Raspberry Pi enables GPS and camera to collect data in visual form. Data that has been processed, sent to the database to be displayed on the dashboard of application. The system was tested along Jalan Radio Palasari, Bandung Regency. From experiments that have been carried out by collecting 50 data, it is known that the delay in sensor detection is set for approximately one minute with a sending delay to the database of six seconds. The accuracy of data in detecting and mapping only differs by 3-6 meters from the real pothole road.

Transformation of Methods of Art Objects Using in Interior Design

The aim of the article is to identify and systematise the methods of using art objects in interior design, to analyse their transformation (from traditional to modern methods) with a focus on various aspects of the relationship between the spatial environment and fine art objects. Results. The research has shown that the transformation of the methods of using art objects (from traditional to modern innovative ones) provides endless opportunities for new methods and technologies of interior design with the use of art objects, which creates a harmonious object-spatial environment taking into account modern design trends. The analysis of art objects and the object-spatial environment revealed their interconnection in the following aspects: functional purpose, location conditions, types of fine art, spatial perception, reflection of the interior theme, integration with technology, and compliance with the principles and goals of sustainable development. The scientific novelty lies in the study, systematisation and analysis of the transformation of methods (from traditional to modern) of using art objects in interior design. Conclusions. The use of art objects in the interior is a complex multifunctional process that reflects a modern approach to the use of art works in the object-spatial environment to achieve a high artistic level in interior design. It has been found that art objects in the interior perform various functions, have certain visual forms of embodiment and create a harmonious aesthetic and meaningful space for living and working. In view of the development of the scientific and technological revolution, we see the prospects for further research in the analysis, systematisation and identification of modern methods transformation, including the identification of new aspects of the relationship between art objects and the subject-spatial environment based on the transformation of methods of using art works.

Predicting visual function by interpreting a neuronal wiring diagram

As connectomics advances, it will become commonplace to know far more about the structure of a nervous system than about its function. The starting point for many investigations will become neuronal wiring diagrams, which will be interpreted to make theoretical predictions about function. Here I demonstrate this emerging approach with the Drosophila optic lobe, analysing its structure to predict that three Dm3 (refs. 1–4) and three TmY (refs. 2,4) cell types are part of a circuit that serves the function of form vision. Receptive fields are predicted from connectivity, and suggest that the cell types encode the local orientation of a visual stimulus. Extraclassical5,6 receptive fields are also predicted, with implications for robust orientation tuning7, position invariance8,9 and completion of noisy or illusory contours10,11. The TmY types synapse onto neurons that project from the optic lobe to the central brain12,13, which are conjectured to compute conjunctions and disjunctions of oriented features. My predictions can be tested through neurophysiology, which would constrain the parameters and biophysical mechanisms in neural network models of fly vision14.

Data Curation and Cartographic Narratives on Indigenous Circulation Networks in the Orinoco Region: Methodological Reflections on the Project Inventar Colombia

Inventar Colombia: una mirada desde el Orinoco is a digital research project that seeks to reconstruct aspects of the geographic imagination, forms of relationship with nature and its resources, of at least 15 Indigenous groups that inhabited the Orinoco region between the fifteenth and eighteenth centuries. Responding to the limits to what we can know in the archive about the ways in which various Indigenous groups inhabited and conceived the territory, we carried out a process of curation and extraction of geospatial data in historical and archaeological sources. We identified some patterns of territorial occupation and exchange networks of the multiplicity of Indigenous communities that have inhabited the Orinoco region. From iterations for the construction of maps with QGIS and typical GIS conventions, we explored other forms of visualization and narrative construction to deploy the arguments of the research on the web. We proposed a CSM-free web interface developed with JavaScript and open-source libraries and developed a set of cartographic narratives.

Autologous platelet-rich plasma and fibrin-augmented minced cartilage implantation in chondral lesions of the knee leads to good clinical and radiological outcomes after more than 12 months: A retrospective cohort study of 71 patients.

The treatment of cartilage lesions remains a challenge. Matrix-associated autologous chondrocyte implantation has evolved to become the gold standard procedure. However, this two-step procedure has crucial disadvantages, and the one-step minced cartilage procedure has gained attention. This retrospective study aimed to evaluate the clinical and radiological outcome of an all-autologous minced cartilage technique in cartilage lesions at the knee joint. In this retrospective cohort study, 71 patients (38.6 years ± 12.0, 39,4% female) with a magnetic resonance imaging (MRI) confirmed grade III-IV cartilage defect at the medial femur condyle (n = 20), lateral femur condyle (n = 2), lateral tibia plateau (n = 1), retropatellar (n = 28) and at the trochlea (n = 20) were included. All patients were treated with an all-autologous minced cartilage procedure (AutoCart™). Clinical knee function was evaluated by the Tegner score, visual analogue scale, the subjective and objective evaluation form of the International Knee Documentation Committee and the Knee Injury and Osteoarthritis Outcome Score (KOOS). MRI analyses were performed by magnetic resonance observation of cartilage repair tissue (MOCART) 2.0 knee score. Follow-up examination was 13.7 ± 4.2 (12-24) months postoperative. All clinical scores significantly improved after surgical intervention (p < 0.0001), especially the subgroup sports and recreation of KOOS showed clear changes from baseline in the follow-up examination. In the postoperative MRI evaluation, 39 of 71 patients showed a complete fill of the cartilage defect without subchondral changes in 78% of the patients in the MOCART 2.0 score in the follow-up analysis. None of the patients showed adverse effects, which are linked to the minced cartilage procedure during the time of follow-up. An all-autologous minced cartilage technique for chondral lesions at the knee joint seems to be an effective and safe treatment method with good clinical and radiological short-term results. Level IV.