open access
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open access
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ISSN : 2950-869X
Background: The advancement of smart vehicle technologies has made human-computer interaction (HCI) interfaces more critical in enhancing user experience and safety. Compared with traditional cars, smart cars provide more sophisticated and intelligent HCI interfaces by integrating advanced technologies. Purpose: This study aims to analyze the differences in HCI interfaces between smart cars and traditional cars, as well as their impact on driving experience and safety. Additionally, it is intended to promote the design and innovation of HCI in smart cars. It helps manufacturers to integrate cutting-edge technologies and enhance competitiveness. It also serves as a reference for automobile manufacturers and designers to balance technological advancement and user needs, and to promote the development of the automobile industry towards intelligentization. Methods: Through literature review, the study analyzes the development, design concepts, and technical applications of human-computer interaction interfaces between intelligent and traditional automobiles providing theoretical support for future research. The case study examines typical intelligent cars and traditional automobile central control interfaces, comparing the two in terms of information presentation, interaction mode, and personalized settings. Comparative research selects sample cases of traditional cars and smart cars, analyzes the differences in interaction interfaces, and identifies the needs and challenges of users. Conclusion: In comparison of human-computer interaction interfaces between smart cars and traditional cars, smart cars significantly provide a more convenient user experience, which is difficult to achieve in traditional cars. Traditional cars, on the other hand, focus more on the usability and interaction efficiency. Therefore, when designing the interaction system for smart cars, it is necessary to take into account humanization and user habits, simplify functionality, and ensure that drivers can smoothly transition into the smart driving environment so as to enhance the fun of interaction.
Background: Pet cats’ role as family members has been increasing due to the accelerated pace of modern life, resulting in significant growth in the pet cat toy market. Purpose: This study aims to explore the problems associated with existing pet cat toy balls, with the goal of providing safer, healthier and more engaging toy balls for pet cats. It aims to provide pet owners with a more enjoyable environment for human-pet interaction, and to improve the quality of life for both humans and their pets. Methods: The study explores the behavioral habits, emotional and psychological needs of pet cats by means of literature survey, case analysis and comparative study, resulting in the proposal of a series of design principles and elements. The study indicates that the design of emotional toys for cats should focus on sensory stimulation, safety, durability, cleanliness and innovation. The design case studies cover emotional soothing toys from Japan, Europe, America, Korea and China, demonstrating design concepts from different cultural contexts. Results: The study proposes a new pet cat soothing toy ball design that combines the characteristics of cat nature and human cervical membrane massage ball, which considers safety, durability, interactivity, and is implemented using silicone mold one-piece technology. Design optimization and iteration further enriched the diversity and appeal of the toys to suit pet cats of different sizes and preferences. Conclusion: The study concluded that the pet cat soothing toy ball design not only meets the demands of pet owners for high-quality pet products but also strengthens the emotional connection between pet cats and their owners through emotional design, and improves the quality of life of the pets. The optimization and iteration of the design demonstrates the sustainable development potential of the product, introduces a new innovative direction, and anticipates a wide range of applications of emotional design within the field of pet supplies industry.
Background: Artificial Intelligence Generated Content (AIGC) technology has shown rapid advancement in the design field. However, problems such as the homogenization of artistic language had restricted the high-quality development of the design industry. This study analyzes Zhou Lingzhao's stamp design as a reference system to overcome this bottleneck. Purpose：The core objective of this study is to analyze the challenges associated with the application of AIGC technology, to extract the innovative paradigms and aesthetic strategies from the classic case of Zhou Lingzhao's stamp design, and to construct a practical path for AIGC to collaborate with hu-man-machine interactions in generating stamp designs. Methods: The research systematically organizes the status of AIGC technology and the connotative characteristics of Zhou Lingzhao's artistic idea adopting literature analysis and case study method, while exploring the symbiotic potential of the two at the level of creative mechanism. Results: Horizontal comparison shows that Zhou Lingzhao's stamp design method provides a triple optimization dimension for the application of AIGC technology in the field of design: 1) in terms of national expression; 2) concerning artistic technique; 3) in relation to emotional narrative. The existing AIGC-generated content is difficult to achieve the equivalent depth of artistic expression. Conclusion: This study proposes three major strategies for optimizing AIGC technology: Firstly, constructing a framework for human-computer collaborative creativity; Secondly, developing a national cultural knowledge graph; Thirdly, to develop domain-specific professional models. Eventually, an innovative path of integrating the evolution of intelligent technology with traditional artistic wisdom will emerge.