With the continuous development of the catering industry, people have also put forward higher requirements for catering standards and dining experience. As an important field of technological innovation, smart restaurants are gradually becoming a new trend in the restaurant industry. In this study, the Menglong Noodle Restaurant accomplished a full-service design that included vision, equipment, ordering and dining process, staff experience, and take-out packing process by integrating a series of innovative technologies. Menglong Noodle Restaurant allows IOT technology to enter the restaurant industry, reduces labor costs through smart technology, provides faster and more convenient restaurant services, and offers a better dining and management experience for customers and staff. In the future, smart restaurants will become the mainstream of the restaurant industry, providing more comprehensive and attentive services to attract more customers while balancing costs and focusing on efficiency. At the same time, consumers will be able to obtain a richer and more exciting intelligent and interactive dining culture experience.
This paper explores the pathways and strategies for enhancing agricultural product branding through cultural empowerment within the context of generative artificial intelligence. The research proposes using rural cultural digital archives as a foundation, utilizing large language models and text-to-image models to extract and generate brand designs with distinct local cultural characteristics. The study employs the CIPP model for systematic analysis, proposing key steps such as cultural asset digitization, the construction of local cultural databases, and the generation of brand design intelligent agents. The aim is to address the current issue of agricultural product brands lacking authentic and resonant local cultural features in the context of artificial intelligence.
This paper focuses on the degree of transitivity of fuzzy relations. First, we delve into fundamental properties of transitivity degree, along with a-T-transitivity and a-TL-strong transitivity. Subsequently, we propose an alternative approach to characterize the degree of transitivity based on the degree of similarity between relations R and S, where S represents a transitive fuzzy relation on set X. Finally, we explore the relationship between two distinct degrees of transitivity.
The unequal distribution of household chores has emerged as a significant indicator of gender inequality, with women often bearing a disproportionate share of the burden. This study introduces AI agents designed to automate and equalize chore distribution by effectively managing both visible and invisible tasks. The AI agent monitors user preferences and schedules to ensure fair and efficient task allocation. Future developments could include integration with IoT devices and the incorporation of auditory and visual interactions. User testing reveals that the AI agent enhances fairness, reduces conflicts, and fosters household harmony. This research offers a promising solution to addressing gender inequality in domestic labor and paves the way for more intelligent household management systems.
As global aging intensifies, the elderly commonly face issues of decreased hand strength and reduced joint flexibility. Hypertension, a prevalent chronic condition, severely impacts the quality of life for the elderly. Existing hand massage products on the market often feature a single function and fail to meet the comprehensive needs of the elderly. This paper aims to design an age-appropriate intelligent hand product tailored to the physiological characteristics of the elderly population, integrating hand massage, blood pressure monitoring, and medication management functionalities to enhance health management and quality of life for seniors. Through detailed market research and user needs analysis, this paper proposes design principles and carries out prototype design, demonstrating significant advantages in ease of use and functionality integration.
