bluuebunny/crossref_metadata_2025 huggingface dataset:
A Study of Dynamic Sculpture Prototyping Tools
Authors: Liu Yu , Cai Lei , Feng Xinqi , Bai Yang , Lou Qianya , Zhang Xusheng , Sui Haiyan
Published: March 2024

s. With the development of computer-aided design technology, more and more designers and artists have created installation art full of dynamic beauty to enrich the urban landscape, such as dynamic sculpture. This kind of dynamic sculpture needs to spend a lot of time and energy of the producer to produce digital models and product animation. This results in the artists not being able to utilize their creativity well. In order to propose an effective auxiliary design tool to reduce the artist’s workload, this study first conducts a literature review on related theories and proposes a design method based on constrained morphology through curves. Based on this method, a complete design process was designed and a browser-based design tool, KINETICIST, was developed. Finally, user experiments were conducted in this study. The result proves that KINETICIST has qualified user experience performance under the dimensions of effectiveness, ease of interaction, and ease of learning, and has practical value.
Seeking Healing from Digital Art Works — Taking the First Universe Transaction Architecture: Mars House as an Example
Authors: Shen Yunruo , Qu Jihui , Sun Minglei
Published: March 2024

Since the 1970s, the emergence of digital works of art has broken the medium restrictions of traditional works of art, and has also subverted the creation methods of traditional works of art. In the context of contemporary art, the unique media and technologies possessed by digital artworks not only enrich the forms of artistic expression, but also have multiple creative methods, multi-media and multi-field performance capabilities, and help creators to become more diversified and convey humanistic creative ideas. Such works can not only trigger the audience’s aesthetic experience, but also stimulate the audience’s thinking on issues such as self-identity, self-worth and social identity. The psychological healing function of digital art works created with digital media art provides new possibilities for experiences that traditional art works cannot bring. Today, with the rapid development of science and technology, digital media art is also becoming more and more mature, but due to technical and cultural constraints, digital art works have not fully exerted their psychological healing functions. With the resolution of technical and cultural issues, digital media art will have more room for development in psychological healing.
Research on Digital Medical Resource Scheduling Method Considering Data Interoperability
Authors: Wan Wenrui , Huang Yizhe
Published: March 2024

In the process of medical resource scheduling, it is difficult to ensure the comprehensive utilization rate of the corresponding resources due to the influence of the correlation between digital medical resource data. Therefore, research on digital medical resource scheduling method considering data interoperability is proposed. After realizing the representation of data and its processing process in digital medical data warehouse with the help of metadata, two ways of direct conversion and indirect conversion are adopted respectively, and an interoperability mechanism in the form of XML document is constructed for the original metadata stream of digital medical resources. In the specific scheduling process, according to the task status between the target node and the digital center, the digital medical resource scheduling center is determined, and the resource scheduling is realized by combining the promotion of different digital medical resource data to the main task operation ability. In the test results, the influence of increasing the number of task requests on the comprehensive utilization rate of resources is not obvious, and it is always stable in the range of 0.85-0.92.
Fast Feed Forward Neural Networks and the Industrial Application
Authors: Chen Shuqin , Guo Lihua
Published: March 2024

The proposed paper introduces a fast single-hidden layer feed-forward neural network with a discriminative information constraint (FSLFN-DI). Data is initially projected into a latent space based on the Fisher discriminant criterion. This projection matrix ensures that points of the same class cluster together and those of different classes scatter in the hidden latent space. A least square solution with the minimum norm is then used to learn the relationship between the hidden latent and the output for quick training. The experimental results on various industrial datasets demonstrate that FSLFN-DI outperforms traditional neural networks in terms of faster learning and competitive performance.
Research on Community Food Waste Recycling System Based on Positive Design
Authors: Liu Xinxue , Peng Lu
Published: March 2024

The issue of urban waste is indeed escalating, particularly the management of food waste, now recognized as a critical environmental concern. Community food waste collection faces challenges such as limited involvement, complex procedures, and low satisfaction. To address this, insights from effective waste management models were drawn upon, advocating a positive experience approach emphasizing user-friendliness and value co-creation for enhanced engagement and sustainability. This approach focuses on delivering a enjoyable participation experience, fostering increased community involvement and overall satisfaction, facilitating efficient food waste segregation and recycling. Through close collaboration with users and designers, a comprehensive three-step design strategy was formulated to effectively address potential efficiency and acceptance hurdles. This user-centric study aims to align the community food waste collection system with user preferences, enhancing the overall user experience. Through data collection and rigorous analysis, a multiple linear regression model was developed to reveal the interrelation between users’ motivation for waste separation and various influencing factors. The study’s results highlight that a community food waste recycling system based on positive experiences significantly improves participation and recycling outcomes, offering valuable insights for other communities engaged in waste separation and recycling initiatives.
Research on Inclusive Analysis and Accessibility Optimization of Healthcare Service Websites Based on the Needs of Elderly Users
Authors: Li Minyuan , Peng Lu
Published: March 2024

As society ages, the need for online resources for older adults is becoming increasingly significant. However, because older adults are characterized by declining cognitive responses and delayed operating behaviors, they face many challenges in their access experience on healthcare service websites. Taking several domestic healthcare service websites as samples, this study analyzes the inclusiveness of website pages and detects accessibility from the perspective of inclusiveness by comparing the standards of Web Content Accessibility Guidelines (WCAG) and using an open source automated detection tool. The study aims to reveal the barriers faced by elderly users in accessing healthcare service websites from multiple dimensions such as perceivability, operability, comprehensibility and stability. At the same time, the web operating behavior, subjective feelings, and actual access barriers of elderly users were explored in depth through observation and in-depth interview methods. Based on the obtained data, accessibility optimization strategies for medical service websites are proposed to enable older users to access medical information and services more easily and conveniently.
Research on the Influencing Factors of Users Fitness Satisfaction – Taking Fitness Games as an Example
Authors: Tan Qingrui , Wang Zheng , Zhao Yining , Wang Zhiyuan , Wang Meng , Ding Youjun , Mou Danni , Deng Rong , Shi Di
Published: March 2024

Fitness games provide more possibilities for improving individual physical health and contributing to ecological sustainability. However, there is limited research on the user experience of fitness games. In this study, using fitness games as an example, we explore the factors influencing user satisfaction with fitness from the perspective of game attributes and prioritize these factors. The research involves distributing 510 survey questionnaires and constructing a structural equation model to examine the relationships between usefulness, functional quality, playfulness, technical quality, ease-of-use, social interaction, and user satisfaction. The study reveals that the core factors influencing user satisfaction are usefulness and playfulness. Additionally, the other factors mutually influence each other and collectively contribute to users’ evaluations of the usefulness and playfulness of the game.
Research on Service Design of Virtual Village Chief for Island Ecotourism Based on Kano Model
Authors: Gong Feifan , Cao Xianghui
Published: March 2024

Villages with islands as the main geographical environment have their unique needs in the process of tourism development. With the further development of digital technology, the concept of virtual village chief has been involved in the process of rural revitalization in China, becoming a digital medium to serve tourists to increase their sense of closeness and convenience. This paper scientifically analyzes the problems and pain points faced in the process of island rural tourism, proposes the necessity of designing virtual village chiefs through digital technology to develop island tourism from the perspective of solving practical problems, and designs questionnaires based on the Kano model to transform diverse and complex demands into clear levels of user needs, so as to scientifically guide the design process of virtual village chiefs. We will promote the development of coastal island rural ecological tourism.
Visualized Analysis of Research Trends of Digital Technology and Public Health Based on CiteSpace
Authors: Liu Ting , Pang Patrick Cheong-Iao , Xiong Qiang
Published: March 2024

The integration of digital technology and public health (DT&PH) has gained global attention due to frequent large-scale public health emergencies and the fourth scientific and technological revolution. Using data from Web of Science (WOS) and China National Knowledge Infrastructure (CNKI), CiteSpace analyzed spatial distribution, trends, and hotspots of DT&PH research. Findings: 1) Significant increase in DT&PH research papers, focusing mainly on DT&PH and Covid-19 from an epidemiological perspective. 2) Formation of complex national collaborative networks, particularly in the United States and China, with interdisciplinary research in DT&PH. 3) Hotspots include government-led digital health management and epidemic prevention/control research in DT&PH. 4) International and domestic trends differ, with international research exploring digital technology applications in various public health fields, while domestic research emphasizes digital technology use in government governance and control in public health. Conclusion: This study provides a comprehensive and objective analysis of DT&PH research publications. It highlights the use of digital technology to assist in diagnosing, preventing, and controlling epidemics and enhancing government capacity in public health management as a prominent research area.
Analysis of Sustainable Takeaway Packaging Design Strategies Based on AHP
Authors: Li Hongxin , Chen Jiajun , Xiong Qiang , Zhang Ya
Published: March 2024

The rapid growth of China’s takeout sector has given rise to a range of pollution issues stemming from the accumulation of garbage generated by takeaway packaging. These plastic materials pose challenges in terms of degradation and recycling, so contributing to environmental pollution. Hence, the design of takeaway packaging must to be rooted in the principles of sustainability and environmental conservation. This study examines the strategy analysis of sustainable takeaway packaging design. The research process involved the collection of sustainable keywords and interview questionnaire scores. These keywords were then combined with the “3R principles” of sustainability and the AHP to develop an evaluation model for assessing preferences in sustainable takeaway packaging design. Subsequently, the collected data was analysed using the evaluation model through function calculation. The analysis of the data reveals that individuals tend to prioritise the “Reduce” level in their sustainable takeaway packaging design strategy. The weighted average value for this level is 0.449592982, suggesting that individuals prioritise the material itself and demonstrate a willingness to address environmental concerns and reduce resource waste through sustainable packaging design practises. This study proposes optimisation suggestions for sustainable takeaway packaging design by considering preference levels and existing environmental protection issues associated with sustainable packaging. These suggestions are informed by relevant policies and data, and aim to promote sustainable takeaway packaging design and environmental protection.The findings of this study demonstrate that the integration of sustainable keywords and the AHP in the evaluation model can offer a more scientifically grounded representation of individuals’ preference indicators. Consequently, this methodology has the potential to furnish users and industry professionals with valuable user evaluations that can effectively inform sustainable packaging design decisions.
Research on the Interface Design of Fresh Product E-Commerce Platform Based on User Online Comments
Authors: Lu Di , Huang Guanghui , Ying Fangtian
Published: March 2024

Fresh products purchased from online became an important shopping method in people’s lives. And with the weakening of the epidemic control, the dividend of fresh e-commerce is gradually fading, and fresh e-commerce has entered a new stage of development. In order to better improve the user experience of online fresh produce shopping, this paper based on the online reviews of fresh produce e-commerce platform, through word separation, lexical annotation and removal of deactivated words to obtain user requirements, followed by using KANO model to classify user requirements and find the weight of each requirement; finally, through expert scoring, the quality house of user requirements and functional requirements is constructed to find the priority of each functional requirement. Based on the user requirements obtained from online reviews, this paper completes the construction and practice of a fresh food e-commerce platform based on functional priorities and combined with interface design principles through the KANO-QFD method, and obtains high user satisfaction, which provides theoretical value and practical reference for the construction and design practice of the same type of system. Further following the user-centered design concept, the interaction efficiency and usability of the human-machine interface of the fresh produce e-commerce platform are improved, which plays a reference for the optimization of the human-machine interface design of the same type.
ShelterGuard: A Smart Inflatable Tent for Campers
Authors: Pan Xiqin , Yao Yousheng , Tang E. , Chen Zhenhua , Huang Zhihao , Xie Yuan , Zheng Junpeng , Zhan Junqi , Peng Jin , Chen Haoteng
Published: March 2024

Complex wilderness environments expose campers to a variety of safety challenges in unpredictable outdoor environments. In situations such as sudden climate change, the lives and safety of campers may be jeopardized. Therefore, it has become imperative to increase adaptability to changes in the wilderness environment while maintaining the portability of traditional camping. This thesis introduces a smart inflatable tent called ShelterGuard. ShelterGuard incorporates a barometric pressure sensor to monitor changes in air pressure outside the tent in real-time, analyze climate change based on the data, and activate the control system air pump to regulate the internal air pressure of the tent to ensure the stability of the tent. Additionally, the user can be remotely informed of climate changes outside the tent via a smartphone app and receive alerts and notifications of extreme weather conditions. Finally, to verify the functionality and performance of ShelterGuard, real-world climate tests were conducted through indoor and outdoor experiments. The results show that the tent has reliable environmental monitoring performance.
Study on the Impact of Different Traffic Pollutant Sources Caused by Rural Highway Planning on Residents’ Health Based on CFD Simulation Technology
Authors: Liang Hao , Liu Huapei , Li Yunqin , Yu Zhichao
Published: March 2024

China’s transportation network is very well developed, and usually, one or more busy highways pass through villages. Carbon monoxide from vehicle exhaust has important effects on the residents’ health, such as reducing the ability of blood to transport oxygen. Therefore, how to plan highways passing through villages is very important for green village construction and sustainable development. This study used CFD techniques to simulate the effects of two types of highways passing through villages and three highway types (two-way two-lane, two-way four-lane, and two-way six-lane) on pollutant dispersion and the health of the residents under the most unfavorable risks. The results of the study show that the highway passing through the middle of the village has a greater impact on the residents’ health than passing through the edge of the village. The two-lane highway type passing through the middle of the village and the two- and four-lane highway types passing through the edge of the village did not result in pollutant concentrations exceeding 4 mg/m3 in the villages. The higher traffic volume types with more than six lanes of highway should be built away from the villages, and auxiliary roads can be constructed to connect the villages to facilitate the residents’ travel.
WindCheck: Biofeedback for Emotion Awareness and Regulation
Authors: He Sheng , Yao Cheng , Ying Fangtian
Published: March 2024

How to use mediated technology helping people regulate emotion is a popular topic in HCI community. Using Haptic instead of other sensory stimuli becomes a new trend. In this paper, we present WindCheck, a wearable device using wind as feedback and helping individuals notice their heartbeat and aware their emotion states. We first designed the protype and did the user studies to set wrist as a better body location to wear the device. Then we updated our protype and did an experiment according previous studies by using false feedback of a slow heart rate to regulate users’ anxiety. The result showed that the WindCheck kept the anxiety of the individuals in low levels in math challenge task. User studies showed that the feedback of wind could not only be a new stimulus in the strategy of emotion regulation, but also potentials for other design situations. We discuss the possibilities and future directions of the work.
Uncovering Perceptual Differences in Street Greenery Based on Residents Different Accessibility of Travel Mode: A Case Study of the Central District of Chengdu
Authors: Ma Qicheng , Zhang Jiaxin , Li Yunqin
Published: March 2024

Urban street spaces serve as crucial public realms within cities. The focus on urban renewal, coupled with the utilization of multi-source data and the evolution of computational algorithms, has ushered in a novel methodological approach to investigate these spaces. Using the central district of Chengdu as a case study, this research leverages open-source road networks, street-view imagery, and remote sensing images. Through the implementation of deep learning semantic segmentation and remote sensing interpretation, we derive two distinct street greening measurements: a human’s-eye perspective and a god’s-eye perspective. Furthermore, space syntax analysis facilitates the extraction of both ‘To-movement’ and ‘Through-movement’ walking accessibility patterns. Subsequent bivariate local spatial autocorrelation analysis of the two greenery perceptions and the two travel patterns reveals the following findings: (1) There exists a spatial mismatch between overall street greening and street walking accessibility; (2) Streets with higher integration metrics currently have better greening, suggesting future greening initiatives should prioritize streets with higher choice metrics; (3) Central and peripheral urban areas exhibit heterogeneous street accessibility-greenery clustering patterns, indicating an inequitable distribution of public resources within the city. This study underscores the imperative for urban planners to embrace a ‘people-first’ approach and strive for a more equitable distribution of urban public resources in future urban renewals.
The Application and User Experience of Virtual Reality in Landscape Design
Authors: Zhang Yang
Published: March 2024

The application of virtual reality technology in architectural landscape design is becoming more and more popular, and its advantages include displaying the whole building information, improving network practicability, multi-scheme analysis and comparison, and establishing good dedicated human-machine interface interaction. Landscape architecture planning and design based on VR assistive technology mainly includes the overall design of the system, the class definition of VRML nodes and 3D objects, and the VR scene optimization based on LOD hierarchical detail algorithm. Through the example analysis, the project overview, landscape model establishment and virtual interaction scene realization are discussed. Finally, through the questionnaire reliability test and user experience evaluation, the park landscape design of A city is comprehensively reviewed, indicating that virtual reality technology has a wide range of application prospects in landscape design.
Research on Optimization of Interior Space Design Based on Machine Learning Algorithm
Authors: Chen Chong , Li Siwei , Huang Jingyong
Published: March 2024

In recent years, with the rapid development of artificial intelligence technology, the field of interior design has begun to widely apply artificial intelligence technology, which is based on the fact that artificial intelligence technology possesses both advanced technical performance and multiple functions. Machine learning algorithms as an important technical field of artificial intelligence, its application in interior design is still in the exploratory stage, but has great potential for development. This paper introduces the basic concepts of machine learning algorithms, analyzes the current situation of interior design as well as the development and challenges of artificial intelligence control technology. It focuses on the specific application of machine learning algorithm technology in interior design, emphasizing the innovation and application prospect of its research. Finally, it summarizes the results of existing research and discussion, emphasizes the importance and potential of machine learning algorithms in the optimization of interior space design, and proposes directions for further research and practice.
Digital Bionic Design in Sustainable Interior Spaces
Authors: Li Siwei , Chen Chong , Huang Jingyong
Published: March 2024

With the development of society, people’s concern for the environment is increasing, and sustainable design permeates every aspect of life. The combination of science and technology, and the intersection of technology and nature have promoted the development of digital bionic technology as an important means of sustainable development. This paper explores the emerging concept of digital bionic design and its potential application in the field of sustainable interior space design, and introduces the theory of digital bionic design by collecting literature and inquiring about cases, and the specific application of combining it with interior design, so as to achieve the creation of a space that is optimized for functionality, aesthetics, and ecology, and to satisfy the natural emotional needs of the user’s outputs with the beautiful visions of environmental protection and resource sustainability.
Real-Time Physiological Signal Feedback for Anxiety Intervention Music System for Postpartum Women
Authors: He Caihong , Wang Qiurui , Lou Jiacheng , Liu Zhenyu , Ying Fangtian
Published: March 2024

Objective: To identify postpartum anxiety in real time and construct a music playback system that can provide music therapy in time, so as to achieve the purpose of better reducing postpartum anxiety. Methods: The real-time emotion algorithm system identified that the maternal anxiety had lasted for 5 minutes through the EDA and BVP signals collected by the wrist wearable device, and then sent random music instructions. After 30 minutes, the music stopped if the patient was not anxious, and continued until the patient was not anxious. The system also takes sleep-wake into account. Experiment: Twenty-six parturients assessed as having present anxiety participated in a 4-week comparative effectiveness trial of music therapy. In the control group (N=13), in addition to routine rehabilitation, music was played twice a day. The study group (N=13) received music therapy through the system in addition to conventional rehabilitation. Anxiety was assessed again after 1 and 4 weeks of intervention. Results: Both groups showed significant anxiety before and after intervention (p<0.05, p<0.01), the study group was more significant, and the performance was more prominent in continuous treatment. Conclusion: The system can identify maternal anxiety in real time and take synchronous and timely treatment, which has a positive effect on reducing postpartum anxiety. The convenience of wrist bracelet can also be applied to other aspects of life.
Application of Virtual Reality Digital Technology in 3D Modeling of Urban Squares
Authors: Xu Li , Lv Danna
Published: March 2024

This article primarily explores the application of VR digital technology in the three-dimensional modeling of Urban squares. It begins with a brief overview of the definition and characteristics of VR digital technology, illustrating its value in the three-dimensional modeling of urban squares, including enhancements in design efficiency and the provision of visual representation. Subsequently, the implementation process of urban square three-dimensional modeling is detailed, encompassing data preprocessing and the modeling process. The modeling process includes steps such as terrain model generation, building modeling, and vegetation modeling. Additionally, the article discusses VR technology innovations in urban square three-dimensional modeling, covering aspects such as the selection of modeling tools and software, VR-based modeling technology innovations, and the enhancement of data visualization and interactivity.
Research on the Evaluation Method of Original Ecotourism Suitability Based on Optimized BP Neural Network
Authors: Ji Qianhui , Jin Hua , Li Xiaoyang , Ou Tianyi
Published: March 2024

In order to better combine tourism behavior with ecological protection, this paper sets the connotation of original eco-tourism on the basis of eco-tourism. Focusing on Dalian City as the research area, this study explores the methodology for evaluating the suitability of original ecotourism. On one hand, environmental resource characteristics were selected from ecotourism attractions in Dalian City. On the other hand, seven original eco-tourism behaviors and corresponding environmental resource characteristics are extracted by combining the online comment information of scenic spots. Subsequently, these two categories of environmental resource characteristics were combined and screened to derive six original ecological environmental resource indicators, forming the foundation of the original ecotourism suitability assessment system. Furthermore, a predictive model for original ecotourism suitability assessment was developed by optimizing the BP neural network using the Sparrow Search Algorithm. The effectiveness of this model was validated through a dual verification process involving evaluation criteria and real-world scenarios. Finally, the optimized model was combined with ArcGIS software to visually evaluate the regional distribution of original eco-tourism suitability in Dalian presented by this method.
An Exploration of the Artistic Design of Integrated Material Fusion Installation Based on Sound Interaction
Authors: Liu Chunxia , Bakar Syed Alwi Syed Abu , Yao Yousheng , Li Tong , Lin Guan
Published: March 2024

This research is dedicated to addressing the shortcomings of garbage recycling devices in public places in daily life, enhancing people’s concept of environmental protection and integrating the expression of installation art. It empowers public spaces by adopting a mixed-material installation art fusion design based on sound interaction. In the project, the participants’ action of throwing garbage is artistically extended and combined with the installation art design to create a human-computer interaction installation art design application mode of integrated material fusion with sound visualization. The goal of this design is to stimulate the interaction between the participants and the recycling device, so as to stimulate their awareness of environmental protection, and to realize the fusion of science, technology, art and humanities in the art design, so as to inject new vitality into the public space. The project is based on the design concepts and theories of contemporary art, and at the same time integrates the knowledge of computer graphics, integrated materials, installation art, public art and other fields, and carries out the integrated design of integrated material installation art with sound interaction as the core. This design concept was proposed with the aim of promoting environmental awareness and realizing art fusion by introducing art elements and stimulating participants’ interaction. In the design of the installation, the sound generated by people throwing objects is collected by installing microphones inside the installation, and the sound data is converted into floating point values, which are written and calculated by the multimedia interactive software code, triggering two interactive behaviors: firstly, the sound data is converted into a visualization effect with image forms, and secondly, the collected sound data simultaneously triggers the audio feedback synthesized by the computer, which is outputted through the loudspeaker, finally presenting the sound and the image in the viewport. Eventually, the artistic graphics of sound and graphic interaction are presented in the viewport, realizing an installation art that integrates synthesized materials and sound visualization. In the practical phase of the project, the field research method was used to interview the participants, and the results showed that the participants showed a high degree of acceptance of the concepts conveyed in this project. This shows that through the interaction with the installation, people have thought deeply about the relationship between the concept of environmental protection and the aesthetics of art. The whole study emphasizes the potential of innovative design to trigger human-computer interaction in public space, which not only solves the practical problem of waste management, but also promotes a comprehensive understanding of environmental protection and art in society.
Study on Satisfaction of the Historic District Macao with the Difference of Tourist Expectations Under Digital Information
Authors: Chen Xin , Xie Lu , Gao Mingcan , Ren Xinmu
Published: March 2024

Due to the extensive and uneven network of tourism information digital, the gap between tourist expectations and satisfaction are affected by various factors. This paper investigates the difference in expectations and satisfaction of tourists in the historical city of Macao under the network digital information, and comprehensively uses the expectation difference model, customer satisfaction theory, questionnaire survey, field interview, and SPSS mathematical statistics. This study is to helps identify the inadequacies of Macao’s historic districts, provides references and explanations for decision-makers, promotes the development of Macao’s tourism industry, and improves the economic benefits brought by tourism. The data in this paper is based on a sample survey of 300 tourists who went to the historical city of Macao through Internet information. The results of the study revealed that tourists’ expectations of the historic city of Macau were lower than expected, and their satisfaction with the supporting facilities for tourism consumption was slightly lower. Through the establishment of the expectation difference model, the analysis shows that “service attitude and skill of tourism practitioners” is the main reason affecting tourism satisfaction on the scale of expectation and satisfaction.
Beyond Limit: A Service Design Intervention to Enhance Sustainable Awareness in Sanyang Wetland Community
Authors: Liu Jiawen , Zhang Meng Ting
Published: March 2024

The Sanyang Wetland, once a vital agricultural resource, faces severe ecological challenges due to persistent reclamation efforts and local activities. Water quality has deteriorated, leading to eutrophication and a loss of wetland attributes. This paper proposes an integrated approach to address these issues, combining ecological restoration with sustainable education. We introduce two key components: an artificial wetland in a greenhouse and education for sustainability. The wetland family park setup, including artificial floating islands, serves as a practical example within the digital twin application of this approach. It engages the public, particularly teenagers, in wetland conservation through an immersive educational experience. This study addresses ecological and educational dimensions simultaneously. It emphasizes sustained research and collaboration for impactful results, offering insights applicable in various contexts. This work presents a promising path to enhance wetland ecosystems, raise awareness, and empower communities to contribute to their preservation.
Meditation Art Therapy: AIGC-Assisted Psychotherapy to Improve Anxiety in Retired People
Authors: Yu Yixin , Shuai Yashi , Wan Ran
Published: March 2024

This study aimed to explore the effect of artificial intelligence-generated artwork (AIGC) as an adjunct to mindfulness meditation on the improvement of anxiety symptoms in retired people. We recruited a group of retired people with anxiety symptoms and randomly divided them into two groups: the mindfulness meditation group (N=20) and the mindfulness meditation +AIGC group (N=20). The mindfulness meditation group received traditional mindfulness meditation training, while the mindfulness meditation +AIGC group used AI to generate paintings related to the meditation theme after the meditation. The results showed that AIGC-assisted mindfulness meditation significantly improved anxiety symptoms in retired people. After treatment, the average HAM-A score decreased to 19.65 (SD=4.84) in the AIGC group, while the meditation group also improved, with an average HAM-A score decreased to 20.55 (SD=1.43). Independent sample t test showed that the AIGC group had significant improvement in Anxious mood, Cognitive, Depressive mood, and Behavior at interview (p<0.01**), while the meditation group(Medi group) had no significant improvement (p<0.05*). The results of this study verified that AIGC in auxiliary applications can more significantly improve the mental health of the retired population, and is expected to provide a new treatment approach to improve the mental health of the retired population.
Evaluate the Design Effect that Optimizing Wind Load of an Offshore Tourism Platform by Using CFD and Wind Tunnel Test
Authors: Yang Ruquan , Wang Hongbo , Chen Chaohe
Published: March 2024

This offshore tourism platform design intends to optimize wind load by designing its superstructure into round shape and adding several transparent floors in the superstructure. CFD and wind tunnel test are used to measure the surface pressure of this platform caused by wind. The estimate data show that the round shape can reduce the drag force of wind. And transparent form in superstructure has little effect in decreasing horizontal wind resistance, but it can reduce the wind load in vertical direction and optimize the moment status. Meanwhile, it can decrease the fluctuation of wind load in different wind directions and raise the platform’s stability in turbulence.
Exploring the Integration of Art Healing Principles into the Environmental Design of Public Spaces: A Multidisciplinary Approach
Authors: Wang Rui , Xia Feijie , Wan Li , Chen Qiang , Liu Hang
Published: March 2024

The aim of this thesis is to explore how art healing principles can be integrated into the environmental design of public spaces using a multidisciplinary approach, thereby providing academic professional insights into the field. As society’s focus on individual health and well-being continues to grow, the importance of public space design in promoting social well-being has become increasingly apparent. Art therapy, as a multi-layered therapeutic approach, has a wide range of applications in promoting physical and mental health. This study explores the interrelationship between environmental design and art healing and its potential impact through a systematic literature review and case study. It has practical implications for designers, planners and policy makers. It provides a comprehensive perspective that offers guidance and insights for integrating environmental design and art healing in public spaces. Further research and practice will lead to the creation of more qualitative, meaningful and sustainable public spaces that promote people’s health and well-being.
The Power of Materials: The Impact of Tactile Experience with Biophilic Materials on Women’s Anxiety
Authors: Xu Jing , Huang Guanghui
Published: March 2024

Alleviating the prevalence of anxiety disorders in women is beneficial for sustainable reproductive health. This study discusses the potential role of tactile stimulation on emotion regulation based on touch therapy. It explores the effects of directionality and roughness of biophilic materials on adjusting anxiety by guiding women to interact with different Biophilic materials. The study covered 30 female subjects sequentially exposed to four raw materials. Heart and respiratory rate data were collected, combined with a visual analogue scale to assess tactile pleasantness. Materials characterized with high natural directionality and low roughness evoked pleasant emotions, and materials with low roughness were associated with modulation of anxiety states. Various tactile stimuli trigger associative memories and stimulate the sympathetic nervous system to modulate anxiety. This contributes to a deeper understanding of the link between anxiety mood changes and material properties, reveals potential factors affecting anxiety relief, and facilitates the management of anxiety symptoms in women in the future.
What Are the Trends in Eco-Design Research when We Talk About Digital Technology? - A Five Year Analytical Dive into Research Data
Authors: Zhuang Nan , Ma Yanni , Zhai Shuo , Zhao Xin , Weng Shitong , Ma Zhenyuan , Shi Shang , Ying Fangtian
Published: March 2024

The convergence of digital technology with eco-design offers an integrative approach, merging environmental sustainability with technological innovation in design. In the realm of eco-design, there is a growing emphasis on the application of digital technology. However, the focal areas and trends of eco-design studies utilizing digital technology remain underexplored. This leads to a deficiency in our deep understanding and prediction of the evolution and transformation of this domain. To comprehend the progression in this domain, we curated and scrutinized a dataset of 1,359 papers related to digital technology and eco-design presented at the CHI conference over the past five years. Through keywords analysis from the past half-decade, we pinpointed prevailing research areas in eco-design utilizing digital technology, such as virtual reality, sustainability, health, and human-computer interaction. We also gathered essential information about the papers for descriptive statistical analysis, including the count, authors’ nationalities and gender distribution, and the scale of the authorship teams. Coupled by the visual insights from keyword clouds, we discerned trends in eco-design research in the backdrop of digital technology. Our findings underscore that the eco-design domain, when integrated with digital technology, persistently captivates academic interest, with comparatively smaller teams often embarking on projects in this research sphere. Predominantly, researchers from the United States and male participants lead these endeavors. Moreover, there’s an escalating emphasis on people-centered design, striving to engineer solutions that harmonize environmental interactions with health promotions. This study’s outcomes furnish insights for a more profound exploration in the realm of digital technology and eco-design, offering recommendations to further propel sustainable progress and innovative design.
Exploring the Artistic Healing Role of Emotionally Informed Furniture in the Interior
Authors: Wang Rui , Zeng Jie , Xiong Shuhui
Published: March 2024

Using art healing as a research context, this paper explores in depth the effectiveness of furniture in emotional healing by clarifying the definition of emotionally informative furniture. Referring to theories on embodied cognition in psychology, this study explores the embodied qualities in art healing and uses the body as the centerpiece to explain the interconnections of elements in emotionally informative furniture. First, we discuss the connection between emotions and furniture in terms of product-human interaction and combine this with actual case studies of emotionally informed furniture design to provide a reference for further research and application of emotionally informed furniture. This paper also explores the possibilities of furniture beyond its basic function, such as the emotional connection between furniture and people, and the role it can play in interpersonal interaction. Exploring the connotation of modern art healing, with emotional information furniture as the starting point and human emotions as the core, the furniture design products are more in line with the needs of social development, so that people’s bodies and mind have more emotional interactions with the furniture products.
Exploring Smartphone Shells Based on Mental Health Monitoring Needs
Authors: Wan Ran , Li Shuangqi
Published: March 2024

With the popularity of wearable devices such as smart watches and bracelets, using them in the field of human body recognition and decoding human behavioral activities from them is of great significance for applications such as health monitoring, daily behavior analysis, and smart home. To promote the application of smart wearable products in mental health, this paper will elaborate the importance of emotion recognition from the background of college students’ cell phone dependence and anxiety through literature research method and survey method, and analyze the current research status of wearable products in intelligent monitoring, explore the way of emotion recognition, and thus put forward the concept of a new type of smart decompression phone case.
FlexiNeck: Wearable System Design for Monitoring Neck and Shoulder Health of Medical Personnel
Authors: Li Min , Yao Yousheng , Luo Junbo , Xie Yuan
Published: March 2024

Nowadays, the daily health management of medical personnel has become a growing concern in the medical industry. Due to long hours of intense work, neck and shoulder muscle pain is a common phenomenon among medical staff after work. In order for medical personnel to better engage in medical work, it is especially important to find effective ways to help them relieve neck and shoulder pain. In this paper, a wearable device, FlexiNeck, is designed to monitor the neck and shoulder health of medical personnel based on surface electromyography sensor technology. This device consists of a neck ring with an integrated electromyography (EMG) electrode component device and an application program. In the system’s application, the neck loop hardware and the app are connected via Bluetooth to provide real-time monitoring and data feedback on the medical staff’s neck and shoulder muscles. When abnormal muscle changes are close to the peak of pain, the system will provide SMS alerts through the mobile app. At the same time, the app will personalize and push relevant neck and shoulder care knowledge according to the level of fatigue, thus helping the medical staff to relieve neck and shoulder pain. In addition, the app provides applications for health management and community centers, aiming to create a good atmosphere for collective health care. We also conducted a user test to verify the feasibility of the design solution. The results showed that the medical staff showed a high level of acceptance of using FlexiNeck as an effective way to alleviate neck and shoulder pain and to raise their awareness of neck and shoulder health management and that FlexiNeck offers new possibilities for research on wearable devices to alleviate neck and shoulder pain.
Webpage Information Framework Design Based on Chinese Intergenerational Communication Needs
Authors: Dong Mengzhen , Xue Bai , Xiong Wen , Zhang Meng Ting
Published: March 2024

According to the latest Chinese population census, the population aged 60 and above has reached 267 million, accounting for 18.9% of the total population in China. The issue of population aging in China and how to provide elderly care has become a prominent concern. Among these concerns, addressing the mental and emotional needs of retired elderly individuals has become an issue that cannot be ignored. In interviews with contemporary Chinese youth, it was observed that there is a growing demand for intergenerational communication in China. Many young people have grown up with the companionship of their grandparents, and as they enter society, they develop a special sense of dependency on their elders. Communicating with the elderly not only provides them with comfort but also helps them release stress. “Intergenerational communication” refers to the informal or formal interaction and communication between young people and the elderly on a shared platform. Currently, China lacks a specific online platform addressing this issue, and there is still a gap in terms of information exchange and addressing the current situation. Based on the above-mentioned needs, this article designs a webpage framework to create an integrated intergenerational communication service platform for both the elderly and the young.