bluuebunny/crossref_metadata_2025 huggingface dataset:
Exploring the Communication Path of Public Art in Campus Ecosystems from a Constructivist RtD Perspective
Authors: Li Tong , Lin Guan , Liu Yuyi , Liu Chunxia
Published: March 2024

A beautiful campus public environment is the material foundation of students’ campus life, and it is also an indispensable part of building campus ecological environment. Modern research in the field of campus ecological environment pays more attention to the design strategies and paths of ecological civilization resources, and focuses on the universality and regularity of the design strategies and paths of the research results. Drawing on the concept of constructivist RtD, this study aims to expand the means of expression of campus public art installations, enhance their intrinsic interactive modes, enrich the forms of expression of public art works in the campus space, and empower the campus ecological environment through the combination of multimedia art, interactive design and fiber art. The project uses literature analysis method, questionnaire analysis method, AHP hierarchical analysis method, practical research method and field observation method. Among them, the questionnaire research allows the author to understand the needs of campus students’ activities, which provides data support for the practice of the topic, and the practical program is deduced by the hierarchical analysis method. And combined with computer simulation multimedia interaction and fiber art design combined with campus public art fusion design, and its application scenarios. In the field observation, the practice is summarized through structured observation and interviews, and finally an inductive method is used for in-depth discussion. The results of the study show that based on the concept of constructivist RtD, campus public art combining multimedia interaction and fiber art provides a feasible practical solution for campus ecological environment beautification. Innovative perspectives and directions enrich the expression of campus public art and provide a useful supplement to campus ecological environment design.
Application of ResNet-50 Based User Sentiment Analysis in Digital Media Advertising Design
Authors: Lin Jinxian
Published: March 2024

The effectiveness of digital media advertisements increasingly relies on the accurate identification and analysis of user emotions. In this context, an improved ResNet-50 model is proposed to more accurately analyze users’ emotional responses to advertising content. The method optimizes the traditional ResNet-50 architecture by introducing an attention mechanism as well as a modified Sigmoid cross-entropy loss function, which improves the accuracy of emotion recognition. A regional convolutional neural network as well as a bi-directional encoder representation of the transformer are introduced to compare with the research method. The test results show that the F1 value of the improved model reaches 0.946, which is 0.084–0.101 higher than the comparison model; its Recall value reaches 0.938, which is 0.044–0.078 higher than the comparison model. Meanwhile, after a series of evaluations by a series of industry experts, the method receives the highest evaluation in the field of advertisement design, which not only confirms its effectiveness in practical applications, but also foretells its potential application value in ad content customization, user experience optimization, and personalized ad recommendation systems. These results indicate the innovative application of sentiment analysis using deep learning in digital advertising design, and provide strong technical support for future research and practice in related fields.
Porcelain Panel Painting: An Interactive Design System for Environmental Monitoring
Authors: Luo Zhihua , Yao Yousheng , Li Sisi , Xu Jiegen
Published: March 2024

This work validated our vision of integrating porcelain panel paintings into an interactive home environment health detection system. We combined the ceramic paintings with an interactive system and used this system to monitor the health of the environmental air quality. By employing this system, we aimed to transform the interaction between artistic aesthetic products and interactive design systems, providing more value and functionality to the products. Our initial research focused on establishing an environmental air quality health detection technology system through the combination of ceramic paintings and interactive systems. The challenge we needed to address was how to effectively create interaction between artistic aesthetic products and interactive design systems in a healthy air environment. Therefore, this system involved visual, auditory, and tactile integration, and through digital technology, it not only provided users with new experiential sensations but also expanded the functionality of art products in this field. We reported on these studies and made recommendations for improving this system.
An Analysis of Excellent Historical Buildings in Modern China: The New Fourth Army Site in Nanchang as an Example
Authors: Yang Hang , Zhang Jiaxin
Published: March 2024

In the modern period, the politics, economy, culture and life of the Chinese society have undergone great changes, and there is a fierce collision between western thinking and traditional culture, and the intricate historical environment has profoundly influenced the development of modern Chinese architecture. In this paper, the new fourth army site in Nanchang, a modern excellent historical building, is selected to carry out field research and on-site mapping, and on this basis, relevant analyses are carried out, with a view to grasping the natural geographic environment and historical environment of the construction of the new fourth army site in Nanchang, and to understand its historical accumulation and architectural style, and in this process, deepen the knowledge and understanding of China’s modern architecture.
Nurture: A System for Monitor the Movement of the Elderly and Detect Falls
Authors: Peng Jin , Yao Yousheng , Xie Yuan , Huang Zhihao , Tang E. , Pan Xiqin , Zheng Junpeng , Zhan Junqi , Chen Haoteng
Published: March 2024

Research has found that by the end of 2022, China will have the world’s largest population of people over 65 years of age, and has entered a deeply aging society. The lifestyle of elderly users has changed, and their demand for products has shifted from simple practical needs to complex emotional needs. Issues such as how to deal with accidental falls and how to deal with emergencies when the elderly are alone at home have attracted extensive attention from researchers. This paper introduces Nurture, a fall detection system for the elderly based on RF sensorless detection technology. through the point cloud imaging technology, after detecting the fall of the elderly, the real-time monitoring sends out an alarm and contacts the emergency contact person or relevant service personnel. During daily use, it analyzes the user’s activity track such as bedtime and the number of times he/she gets up during the night, and provides appropriate care knowledge on the APP. The self-contained voice call system is more helpful for real-time communication between empty-nesters and caregivers. We have collected the common problems faced in the design of the detection system, such as the accuracy of detection, timeliness of reminders, and practicality of information pushing, in order to develop a product that is convenient for the elderly to use.
Digital Visualization Model of Urban Environment Based on Deep Learning
Authors: Xu Sida , Chen Haonan , Chen Yingwen , Wang Wenxiao , Huang Guanghui
Published: March 2024

With the rapid advancements in deep learning technology, there have been significant breakthroughs in target detection, semantic segmentation, and digital visualization expression within the field of computer vision software. The increasing demand for aesthetically appealing visual data that effectively represents human knowledge and interests necessitates the development of data display degrees, exploratory capabilities, and multi-angle visualizations. In light of growing attention towards urban environments, designing a digital media application that facilitates quick understanding of such environments becomes highly beneficial. This paper provides an overview of urban environment development and deep learning technology while proposing a digital visualization method combined with artistic presentation to offer real-time visual feedback on environmental quality to users. Extensive testing conducted on cityscapes datasets demonstrates the feasibility of YOLOv8 in this approach as well as its significant impact as a visual language or medium for expressing nature.
Improving Food Packaging Design Through Augmented Reality: A Case Study of Ingredient List Visualization
Authors: Chen Zhian , Ding Banggen , Qi Yuxiang , Wang Wenxiao , Huang Guanghui
Published: March 2024

The purpose of this article is to address issues such as the cumbersome ingredient list in food packaging and overcrowding of text that distracts users. Based on human-centered design principles, it discusses the application of a KANO model and the development of an augmented reality case in food packaging. The aim is to promote user perception when purchasing food. Moreover, user research and eye tracker experiments have proven the effectiveness of augmented reality technology in the three-dimensional visual display of food ingredient lists.
Understanding Paintings Through Scent: A Chinoiserie Painting Digital Olfactory Environment Interactive System
Authors: Liu Yu , Huang Yunsi , Wu Xinlin , Chen Yanmei
Published: March 2024

The Chinoiserie of the 17th and 18th centuries, which caused a cultural exchange between China and the West, is an important cultural heritage; therefore, its preservation, publicity, and dissemination are crucial. However, traditional exhibition methods fail to satisfy visitors who desire interactive experiences and considerable knowledge acquisition. In this study, a digital olfactory environment interactive system was used to enhance the user experience in an exhibition where scent served as an interactive medium. This system provides different scented environments for visitors by determining the relative locations and distance between visitors and Chinoiserie paintings to satisfy their diverse needs. A minimalist concept was implemented for the investigation during group collaboration. The user research results showed that the Chinoiserie painting digital olfactory environment interactive system (COIS) effectively garnered the attention of participants and improved their understanding of the Chinoiserie paintings. This study emphasizes the importance of digital environmental representation in exhibitions focused on cross-cultural exchange.
What Drives Online Redistribution Behavior: A Behavioral Decision-Making Model Based on Environmental Value Perception and Subjective Norms
Authors: Lai Ming , Luo Ming Jun , Xiao Jia Xin , Zhang Mengting , Li Wenhua
Published: March 2024

In today’s rapidly developing human society with increasing productivity and population growth, encouraging redistribution behavior has emerged as a viable solution to reduce MSW generation at its source and achieve eco-friendly economic growth. In the current era of continuous digital technology advancements, online platforms have become a more convenient means of implementing redistribution behavior. Based on the Theory of Reasoned Action, this study investigated how users form intentions and engage in redistribution behavior under the influence of digital technology. Quantitative data were collected through questionnaires and analyzed using SmartPLS4, resulting in a behavioral decision-making model for users’ online redistribution behavior. The findings reveal that Environmental Value Perception (EVP) and Subjective Norm (SN) contribute to forming users’ attitudes and further shape their behavioral intentions. The study proposes relevant design strategies for online redistribution platforms. However, it was noted that EVP and SN can stimulate behavioral intentions but may not directly drive online redistribution behavior. Hence, the intention–behavior gap exists, indicating that behavioral intention is not the sole predictor of behavior. Although age factors somewhat bridge the intention–behavior gap, other influencing factors remain to be explored.
Electromyography Acquisition and Intervention in Healthcare for Older Adults: A HCI Scoping Review
Authors: Dai Guang , Wang Pinhao , Yao Cheng , Ying Fangtian
Published: March 2024

As age advances, the decline in bodily functions and the rise in age-related diseases pose various challenges to the daily lives of the older population. This scoping review discusses the potential of Electromyography and Electrical Stimulation technologies in addressing aging health issues. This review aims to discover potential design opportunities for EMG and ES technologies in promoting healthy aging by searching for answers from the diverse research purposes, target groups and human-computer interactions involved in the 42 selected articles. Through the thematic analysis, we discovered six categories of applications and four core design themes. Based on our findings, a map has been illustrated to provide visual guidelines for future research and design practice. To enhance the overall health and quality of life for older adults, it would be beneficial to concentrate on three interdependent aspects: independent at home, active outdoors, and mental well-being.
Sweet Pal: A Noninvasive Glucose Monitoring Interactive System for Healthy Life
Authors: Huang Yunsi , Liu Yu
Published: March 2024

Diabetes mellitus is a significant health issue defined as a chronic disease that poses a serious health threat that can only be monitored and not cured. Therefore, there is a growing interest in observing prediabetes interventions. However, current blood glucose monitors have a low adoption rate and cannot meet individual requirements. In this study, we aim to design a noninvasive glucose monitoring interactive system that can provide early continuous glucose data monitoring, early warning of blood glucose levels, and customized medical guidelines. A simple proof-of-concept system is implemented. The findings from a user study demonstrate that the Sweet Pal noninvasive glucose monitoring system is highly effective in enhancing the user’s diabetes prevention education and in managing blood glucose levels. This work underscores the significance of noninvasive smart glucose monitoring in glucose management and diabetes control.
Interactive Visual Schedule with Avatar Buddies for Activity Planning in Autistic Children
Authors: Hu Yuqi , Yao Cheng , Sun Xu , Liu Bingjian , Gao Yuan , Xue Mengru , Lyu Hui
Published: March 2024

Autism spectrum disorder can greatly affect the well-being of autistic children and their family members. Visual aids, such as schedules, have been commonly used in this community for their benefits in multiple aspects. Utilizing digital technology, we presented the design of an interactive visual schedule system with avatar buddies for activity planning in autistic children. 12 pairs of participants were recruited, USE questionnaire and interviews were used for validation. The user study showed that the digital interactive system presented advantages in the perspective of usefulness, particularly in enhancing children’s control over activity planning and assisting in activity completion, compared with traditional visual schedules. It demonstrated the feasibility of integrating digital technology into the field of health and highlighted the matching between the flexibility of digital technology and the personalized needs of special groups.
Exploring the Effects of Horticultural Therapy Combined with AIGC on Depression in Community-Dwelling Elderly
Authors: Yu Yixin , Shuai Yashi , Wan Ran
Published: March 2024

The aim of this paper was to investigate the impact of horticultural therapy combined with AIGC on the mental health of community-dwelling olderly with depression. A controlled study was designed in the paper, in which recruited olderly were divided into a AIGC- horticultural therapy Test group and a Sample group, and changes in their depression levels before and after the treatment were assessed using the Hamill Depression Scale (HAMD) and the Self-assessment of Mental Health Scale (SCL-90). The HAMD assessments of the participants before and after the AIGC- horticultural therapy were analysed using independent t-tests. Independent t-test showed that before the experiment, there was no significant difference in HAMD scores between the two groups (t= 0.197, p=0.505), and after the experiment, the Test group’s HAMD scores were significantly lower than the Sample group’s (t= 4.285, p<0.001**), which was a more significant difference than the Sample group. Correlation analysis showed that the number of AIGC- horticultural therapy in the Test group was significantly correlated with HAMD scores. Mental health self-assessment scale showed a significant difference in the improvement of mental health of participants in the Test group before and after the experiment, especially in depression, anxiety, hostility and psychoticism (**ρ<0.01). The results of the experiment indicate that AIGC- horticultural therapy has a significant improvement effect on the mental health of older adults and a significant moderating effect against depression-related symptoms. These findings have implications for community health care and mental health professionals for older adults.
Analysis of Multimodal Human-Computer Interactive Techniques for Emotion Regulation
Authors: Wang Rui , Zhou Zhanyan , Wan Li , Chen Qiang
Published: March 2024

Multimodal interaction is a technique that integrates multiple perceptual modalities and emotion modeling methods. This paper explores the importance and application prospects of this technique in the field of affective computing and human-computer interaction by synthesizing and analyzing existing research. This paper describes the traditional unimodal interaction methods and their limitations, and discusses in detail several key components of multimodal interaction technology, including how facial expression recognition, speech emotion analysis, and body gesture recognition can be used in an integrated manner. Deep learning-based emotion modeling methods are described, and how to combine these methods with multimodal interaction techniques is explored. Finally, the potential applications of the technology in human-computer interaction and mental health are demonstrated by designing a new multimodal interaction system. The aim of this paper is to provide an insight for researchers to promote research and innovation in the field of emotional intelligence for the development and application of human-computer interaction systems with more emotion-aware and emotion-regulating capabilities.
Research on the Design of Security Products for Women Living Alone Based on Embodied Emotions
Authors: Cao Xiaoqin , Xing Huiqiang , Dong Aoyue
Published: March 2024

This study aims to explore design methods that enhance the experience of security products for women living alone through the research of embodied emotion theory. Methods: First, the characteristics and behavioral patterns of women living alone are analyzed. Next, the current development of security products for women living alone is reviewed, along with an analysis of the significance of embodied emotion in the design of these products. Lastly, an online survey is used to conduct new product satisfaction tests to verify product feasibility. Results: A design strategy for security products for women living alone based on embodied emotion is proposed, and a specific security product for women living alone is designed. Conclusion: Applying embodied emotion in the design of security products for women living alone enhances their psychological closeness to these products. For the security products, this approach results in a more comprehensive demonstration of their functionality and value.
Exploring the Feasibility of Art Therapy and Digitization in Age-Friendly Design
Authors: Huang Jingyong , Sun Wenyi , Xu Yi , Wang Zhi
Published: March 2024

In the face of the aging trend of China’s society, the general environment of digital industry transformation and the mental health problems of the elderly, this paper compiles and analyzes the current research status of art therapy and digitization, summarizes the background of its development and the current situation at home and abroad, and puts forward the outlook for its future application in ageing-friendly buildings. Through the analysis of the concepts and characteristics of art therapy and digitization, this paper summarizes the value of the integration of art therapy and digitization, and points out the significance of their application in the field of ageing-friendly design. The rapid development of digital technology will profoundly affect the change of architectural design and space creation, not only to improve the quality of design but also to pay more attention to the emotional and psychological healing of the elderly by intelligent design. Although the application of digital technology in the design of age-friendly healing space is not much at present, with the development of technology, the future can be expected.
Research on the Design of Beekeeping Pollination Service System Under the Perspective of Symbiosis Theory
Authors: Hong Xinhui , Su Yezi
Published: March 2024

In the realm of rural revitalization driven by technological advancements, the concept of “smart agriculture” assumes a paramount role. Within this context, apiculture and crop cultivation exhibit a profound interdependence, yet, historically, these two domains have developed somewhat independently in terms of digital resource cultivation and the establishment of information platforms. This disjointedness has resulted in a lack of efficient interaction and organic integration. In this article, we delve into the symbiotic dynamics between apiculture and crop cultivation, guided by the principles of symbiosis theory. We propose a symbiotic model rooted in design thinking and harnessing the potential of information technology to optimize mutual benefits among beekeepers, agriculturalists, bee species, and the ecological environment. By crafting an innovative bee pollination service system, we strive to achieve a multifaceted equilibrium of demand, promote comprehensive interplay within the industry, and foster the sustainable development of ecosystems. Consequently, our study offers strategic insights that extend beyond the agricultural sector, serving as a scholarly reference for the construction of symbiotic service systems in diverse fields.
EAR-NURSING: An Interactive System Design for Ear Canal Health Care
Authors: Wei Wenfeng , Hu Wenqing , Yao Yousheng , Tang E. , Fan Huagang , Wang Liuxian , Cha Jing
Published: March 2024

Ear canal care is one of the common life behaviors in people’s lives. According to ENT physicians, inappropriate ear canal care practices may lead to several diseases such as fungal otitis externa, secretory otitis media, suppurative otitis media, and external ear canal eczema, all of which are the types of diseases visible in the ear endoscope. In this paper, the research team designed an interactive system, EAR-NURSING, based on a thorough study of existing ear canal care approaches, which can support users to visualize and integrate ear canal care in scenarios of ear canal discomfort, and can scientifically care for ear canal health utilizing temperature regulation and multimodal sensors, while transmitting and recording real-time data on ear canal health. EAR-NURSING is a head-mounted ear protector (smart hardware) with multimodal sensors and a professional endoscope on the structure, using component sterilization, 360-degree rotation, adsorption, caressing, temperature control, music therapy and data collection and analysis technologies, and matching a smartphone app to achieve the goal of safe, comfortable and healthy ear canal care, thus predicting and examining the health index and lesion possibility in the ear canal, tracking it well with data and recording it. We also applied qualitative, quantitative, and hands-on design methods to conduct a preliminary user study of EAR-NURSING, which showed that most of the users had high perceived interest and willingness to use EAR-NURSING and were confident in the health care of their ear canal.
Enhancement Strategies of Public Sports Space Based on Digital Health Monitoring – Taking Shijiazhuang Central Green Sports Park as an Example
Authors: Ma Mingxuan , Lai Jiamin , Wu Yonghong
Published: March 2024

The “14th Five-Year Plan” sports development plan emphasizes that national fitness facilities mainly serve residents, and the community as an important carrier of residents’ life. The construction of community fitness facilities has become a healthy China strategy and accelerating public sports services to promote the national fitness process. Important push for accelerating urban development. Today, with the rapid development of digitalization, technology will assist various facilities and space to complete further optimization and improvement; in public sports space, it is particularly important to guide residents to scientific fitness. Therefore, this article selects the health detection projects from the various data that needs to be referred to during the user movement, and the health detection items are designed into a modern physical monitoring instrument social sports apps that can be linked with physical monitoring instruments; by recording users’ sports and health conditions to cloud big data and sports apps, users can better grasp their own situation and provide users with professional health more accurately. Guidance, personalized sports solutions, and diversified sports social circles are provided for the improvement and improvement of public sports space.
Anticipating Health: An Integrated Strategy for Visualizing Medical Reports and Designing Healing
Authors: Wang Xinxia , Chen Yadan , Qi Ruiwen , Wang Zhi
Published: March 2024

As the pace of life becomes faster and the pressure of work increases, individuals pay more attention to physical and mental health and pursue healthy lifestyles. Physical examination plays a key role in this context and is no longer just a screening test for disease, but an important means of health management. People are more willing to undergo medical checkups to learn about their health status, but anxiety about medical checkups is still prevalent. In this paper, we hope to integrate data visualization tools, progressive disclosure strategies, and the creation of pleasant medical checkup environments to improve health perceptions and alleviate anxiety, promote positive health management, and improve people’s quality of life and well-being.
Research on Health-Oriented Product Image Form Design: A Case Study of Electric Shavers
Authors: Zhong Dan , Zheng Yuchen , Ye Ze-fei , Wang Zeng
Published: March 2024

As the economy advances and living standards improve, there is a growing public inclination towards prioritizing health in product selection. However, there is a paucity of research addressing the nexus between product forms and user health requisites. Focusing on health-oriented product forms, this study introduces a method for designing product image forms grounded in Kansei engineering and support vector machine. Utilizing the razor as a case study, a predictive model for product image forms is established employing a support vector machine, with the analytic hierarchy process used to ascertain the weights of the form factors. The support vector machine prediction model is subsequently evaluated to identify the most suitable combination of product image forms. This study seeks to investigate the symbiosis of health considerations and form elements in product design and offer valuable insights into health-oriented product form design.
Artificial Intelligence Painting: A New Efficient Tool and Skill for Art Therapy
Authors: Zhang Ruizhi , Zeng Binwen , Yi Wang , Fan Zhenni
Published: March 2024

Since the 1950s, a significant number of clinical cases have confirmed the effectiveness of art in rehabilitation therapy and psychological interventions. With the advancement of artificial intelligence technology, AI painting software based on the Stable Diffusion algorithm model enables image creation through prompts and feedback. Therefore, whether AI painting software can positively impact human emotions becomes a critical factor for its application in art therapy. This study tracks and measures the emotional changes in patients before and after using the AI painting software Stable Diffusion WebUI using emotional vocabulary measurement methods. According to the experimental data of this project, artificial intelligence painting can leave a positive impression on human emotions. This result opens a new window for the integration of artificial intelligence with art therapy research. On one hand, it allows for the in-depth development of guided artificial intelligence painting software specifically designed as a dedicated tool for art therapy—a form of AI software for artistic healing. On the other hand, it encourages further research into the effectiveness of traditional painting versus AI-assisted painting in art therapy, aiming to explore the underlying principles and mechanisms of art therapy.
Digital Radio: A One-Touch Interactive System for Elderly Companionship
Authors: Chen Yanmei , Zeng Jiehao , Liu Yu , Zhang Jinyuan , Wu Xinlin , Li Hainan
Published: March 2024

With the intensification of the aging problem, many elderly individuals, both in families and those living alone for extended periods, are confronting challenges such as loneliness, social isolation, and communication difficulties. To enhance their connection with the external world and address their needs for voice companionship, emotional interaction, and mental and physical well-being, this study introduces an interactive system named “Digital Radio.” This system integrates a radio host, a voice-controlled sensor pendant, an external battery, and an application, aiming to provide the elderly with an easy-to-use interface and voice companionship. The system is capable of monitoring users’ usage habits, emotional states, and other relevant data in real-time. It displays emotional fluctuations and location information, which are derived from the frequency of use and the content listened to, within the application. Preliminary tests indicate that the system has been well-received by its users, not only helping to alleviate the loneliness experienced by the elderly but also strengthening their emotional connections with their families.
Stress Management: A Study of Children’s Perceptions of Stress in Task Performance Context
Authors: Wang Pinhao , Dai Guang , Li Zhengke , Zhou Yujie , Zhao Xin , Zhuang Nan , Yao Cheng , Ying Fangtian
Published: March 2024

Stress, particularly learning stress, is prevalent among Chinese elementary school children and can lead to severe health and psychological consequences. Unlike adults, these children often lack the self-awareness to recognize their stress levels, particularly in the context of task performance. This deficiency in self-recognition makes it challenging for them to adapt or seek interventions. For further research, we conducted a study involving 87 elementary school children from various cities and counties in China. Through a designed questionnaire, we aimed to understand children’s perceptions of stress and how they react to stress, especially when they are learning. Preliminary findings indicate that visualizing stress could be a promising research direction to enhance children’s self-awareness. Future studies will delve deeper into determining which types of stress displays most effectively aid children in recognizing and positively adjusting their stress during the learning process.
“Chloe”: Empathetic Design for Smart Houseplant Care Systems
Authors: Chen Xinyi , Zhang Meng Ting
Published: March 2024

This study endeavors to introduce an innovative smart plant care system, denoted as “Chloe,” which seeks to enhance the symbiotic relationship between individuals and their indoor flora. The system comprises both a physical product and a corresponding application, collectively tasked with monitoring critical soil and light parameters while offering tailored maintenance recommendations. By utilizing the “Chloe” system, users gain deeper insights into plant requirements, thereby elevating their plants’ likelihood of thriving. Furthermore, the platform facilitates the exchange of experiences among like-minded enthusiasts. This research represents a pioneering venture into the design and implementation of modern intelligent plant care systems, effectively integrating human-computer interaction technology into everyday domestic activities. It also examines the pivotal role of emotional design in augmenting plant survival rates and user experiences within the realm of home plant cultivation.
Innovating Waste Management: The Intelligent Food Recycler
Authors: Wu Xiaoying , Wang Yuchen , Zhang Meng Ting , Li Wenhua , Huang Guanghui , Lu Shenghan
Published: March 2024

This study introduces the Intelligent Food Recycler, a novel device designed to streamline the decomposition of kitchen waste. Addressing the challenges faced by both seasoned composters and those deterred by traditional methods, this portable and user-friendly device employs Bokashi Effective Microorganism (EM) bacteria to facilitate odorless, nutrient-rich fertilizer production. The study highlights its potential to revolutionize home-based composting practices, contribute to sustainable waste management, and stimulate entrepreneurial opportunities in the field of organic fertilizer production and trade.
Enhancing Cultural Communication and Sustainability in Museum-Based Creative Products Through Digital Integration
Authors: Zheng Yutong , Jia Wenqi , Zhang Meng Ting , Wang Ruijie
Published: March 2024

This study addresses the challenge of sustaining cultural communication and encouraging repeat purchases in museum-based creative products. It introduces a digital platform, that dynamically showcases information on cultural relics, museum details, and engaging activities. The platform augments cultural depth and product longevity by employing interactive features. Users scan a QR code within the blind box product to access the H5 interface, initiating a sequence of engagements with grayscale and digital images, cultural relic narratives, museum introductions, and personalized panel selections. This digital integration effectively bridges the gap between consumers and cultural heritage, bolstering both cultural dissemination and economic viability.
Research on the Problem of Infantilization of Animated Films Based on the Method of Contradiction Analysis
Authors: Ming Yue , Chen Yue
Published: March 2024

With the rise of national cartoon revival and the gradual development of domestic animated films, the animated film market has shown a trend of low-children, which has triggered a series of creative and market problems. How to solve this problem is of great practical significance for promoting the healthy development of animation movie industry. Contradiction analysis is a main content of Marxist philosophy, which has universal adaptability for analyzing various contradictions in real life, and it is also applicable to analyzing the contradiction of infantilization of domestic animated films. This paper takes the method of contradiction analysis as the starting point, analyzes the reasons for the infantilization of domestic animated films and its contradictions, and proposes solutions to its problems by combining the relevant methodology of the method of contradiction analysis, so as to promote the benign development of domestic animated films.
Research and Evaluation of Deep Learning-Based Image Quality Improvement Methods from the Perspective of Eco-Design1
Authors: Rao Jian , Zhou Shuang , Ming Yue
Published: March 2024

This thesis provides an in-depth study of methods for improving image quality using deep learning techniques. By exploring in detail two important deep learning architectures, Convolutional Neural Networks (CNNs) and Generative Adversarial Networks (GANs), we propose innovative methods for image quality improvement. Through a series of experiments, we validate the significant effectiveness of these methods in improving image quality. In the CNN-based study, we focus on image super-resolution and significantly improve image clarity by training the network to generate high-resolution images from low-resolution images. And in the GAN-based research, we constructed a powerful image generation framework to achieve more realistic and high-quality image generation through adversarial training. The effectiveness and feasibility of these methods are finally verified by experiments. Eco-design principles are also considered in the design process. Our core concerns include how to minimize the negative impact of deep learning image processing on the environment and how to incorporate eco-design concepts in the image quality improvement process.
Analysis on the Application of Ecological Environment Protection System Under Blockchain Technology
Authors: Rao Jian , Han Xinyun
Published: March 2024

The continuous development of the Internet and the continuous changes in digital technologies such as artificial intelligence, blockchain technology, and AIGC technology mean that digital technology is the direction of future urban development. With the development and progress of society, problems such as environmental damage, lax regulatory systems, and low enthusiasm of people to protect the environment frequently occur. The quality of the global environment and social development develop in inverse proportion. As one of the key technologies for the development of future digital cities, blockchain technology has the characteristics of decentralization, openness, non-tamperability, traceability, and incentivization, which can meet the public’s openness and incentives for ecological and environmental protection behaviors. change. Use the “incentive mechanism” and “distributed ledger” technologies in the blockchain to improve the public’s behavioral enthusiasm for protecting the ecological environment and the standardization of resource utilization, and ensure the authenticity and real-name nature of the data obtained from participating in ecological protection activities. Fundamentally implement technology and ecological environmental protection measures to promote the construction of ecological civilization in the digital era.
Research on Environmental Architectural Design Methods Based on the AIGC Creation Method
Authors: Rao Jian , Xiong Mengzhen
Published: March 2024

Significant advancements in Natural Processing Language (NLP) technology have facilitated the swift progress of artificial intelligence-generated content (AIGC). This has resulted in the emergence of a novel avenue for environmental design creation, specifically the utilization of multimodal large models for “text-to-image” generation. The emerging paradigm in the field of environmental design creation The advent of technological advancements has precipitated a paradigm shift in the conventional way of production, wherein the process of creation will transition from individual inspiration to generative creativity facilitated by artificial intelligence. Researchers in this study use questionnaires, semi-structured interviews, and experiments to look into how generative artificial intelligence (AI) affects the growth of environmental architects in new ways of making things. It also investigates how these novel design methods can effectively cater to a wide range of user preferences, thereby enhancing the efficiency and quality of environmental architect creation.
Innovative Visual and Auditory Design for Revitalizing Cantonese Nursery Rhymes: A Cultural Heritage Perspective
Authors: Zhang Meng Ting , Tang Jiasui , Han Xile , Huang Guanghui , Xue Bai , Liu Jiawen
Published: March 2024

Cantonese nursery rhymes, vital to Lingnan’s cultural heritage, thrive through oral transmission in the region’s streets and alleys. They embody accessibility, vitality, and cultural relevance, reflecting Guangdong’s traditional ethos. Beyond local customs, they encapsulate unique incantations and collective memories. However, modernization threatens their dissemination due to dialect decline and outdated communication methods. This study focuses on Cantonese nursery rhymes in Guangdong, delving into their linguistic and cultural nuances through literature and case analyses. Representative rhymes are selected for visual design research, exploring innovative methods for their dissemination in the era of integrated media. Through a case study, the article demonstrates a digital approach that combines AR illustrations, NFC interaction, and historical context, offering a model for safeguarding and transmitting dialect nursery rhymes.
Design for Optimizing Waste Classification and Recycling Practices
Authors: Wu Xiaoying , Liu Changshui , Zhang Meng Ting , Huang Guanghui , Xiao Jiaxin , Hong Ningxuan
Published: March 2024

This study investigates the challenges and opportunities in the domain of garbage classification and recycling, with a specific focus on the campus of Macao University of Science and Technology (M.U.S.T.). Through a multi-faceted approach comprising case analysis, fieldwork, interviews, and a structured questionnaire, the research aims to comprehensively understand the public’s perceptions, behaviors, and expectations towards garbage classification software. The findings reveal critical issues in waste management, including location-based inconveniences, operational deficiencies, and user dissatisfaction with existing recycling stations. Moreover, the study highlights the importance of user-centric interaction design in fostering effective waste classification behavior. The research provides valuable insights for the development of tailored waste management solutions for M.U.S.T. and similar educational institutions.
Art Museum Experience Application: Promoting Visitor Exploration of Mask Artifacts Through Stylization
Authors: Jin Qunzhi , Zhang Dan , Hua Jin , Fan Yifeng
Published: March 2024

This paper introduces a mask face style transformation method based on a mobile application, bringing a new experience to museum visits. The application is able to personalize the style of faces in photos or videos taken by visitors, integrating with original digital hand-drawn images created by designers. This interaction allows visitors to engage closely with the mask artifacts in the museum, thereby gaining a deeper understanding of the cultural background and historical information. To enhance the real-time and immersive feature matching between faces and mask images, various existing works were explored and analyzed. Drawing from the latest research findings, we discussed the connections between mask artifacts, mobile application, and faces. The results indicate that the mask face-changing application can enrich visitors’ experience, demonstrating the effectiveness and potential of the application in enhancing museum visiting experiences.
Users’ Willingness to Adopt Online Medical Consultation Suggestions: Social Interaction and Trust Transfer Theoretical Perspectives
Authors: Shu Xiaojian , Li Shuang , Sun Jingxuan , Wang Mengjia
Published: March 2024

Online medical consultation has become one of the important channels for people to seek medical advice and health information. Users’ willingness to adopt online doctors’ advice is the key to users’ continued use of online medical consultation platforms, which depends on their trust in doctors and platforms. Therefore, from the perspective of trust transfer theory and social interaction theory, this article takes the Meituan drug-buying platform on Meituan Takeout APP as an example to explore the degree of user trust (user’s initial trust in the platform, user interaction experience trust) on the adoption of health consultation opinions. The relative importance and differential impact of intention to verify the mediating role of trust. By comprehensively considering these factors, we hope to gain an in-depth understanding of users’ decision-making process on the online medical consultation platform and provide useful theoretical support and guidance to improve the effectiveness and credibility of the platform.
Urban Agroecosystems in Dynamic Yamuna River Sandbars in Delhi, Capital City of India
Authors: Das Pulak
Published: March 2024

Present paper studies urban agroecosystems on Yamuna River sandbars (islands) in Delhi using GIS. These sandbars formally come under local administration and are used by people for different activities like agriculture, fishing, collection of various types of grasses, and grazing of livestock. Cheap laborers from different states of India migrate to the sandbars for seasonal employment. The crops grown by farmers include tomatoes, pumpkins, bottle gourds, ridge gourds, and bitter gourds. Tomatoes are grown on the maximum area of land on the sandbars. The products are sold at different nearby markets according to requirements. These small and fragile agroecosystems have inputs like seeds, human labor/hours, fertilizers, water, fuels, etc., and outputs like crops, grasses, fish, milk, etc. For a long time, people have been interested in these landscapes because; i) the deposits along the Yamuna are fertile and therefore appropriate for farming, (ii) the growth of natural vegetation/fodder species (which includes many types of grasses) makes them good pastures, (iii) the river banks along the attached sandbars provide space for the washermen, (_dhobi-ghat)_, (iv) even if the government officials abandon the slums/activities on these sandbars, the people involved in them could re-build it in no time, and (v) none of the sandbar dwellers were paying any rent/lease for the activities they are carrying out on the sandbars. The pastoralists (_gujjar)_ do not seem to have to pay anything to the claimant. On the other hand, the farmers do have to pay for cultivating on the sandbars.
An accuracy test of Altman and Zmijewski accounting-based bankruptcy models
Authors: Cunha Antonio M.
Published: March 2024

The aim of this research is to test if conventional accounting-based bankruptcyprediction model parameters are still valid when applied to the most recent financial ratios of Portugal’s small, medium, and large companies.

We estimate Altman’s Z’’-score and Zmijewski bankruptcy probability for all of Portugal’s companies with more than 10 workers and 1 million euros in assets from 2016 to 2021. We excluded micro-enterprises to avoid biased results. We also excluded banks and insurance companies.

We find that both models maintain reasonable accuracy, although lower than in the initial years, and that the Zmijewski model has a lower accuracy (81%) than the Z’’-score (85.5%).

This is the first study comparing the accuracy of the Z’’-Score and Zmijewski models run on a sample comprising all of Portugal’s companies.