On October 24, 2023, Yunji Technology, a leading enterprise in the field of commercial service robots in China, officially announced the establishment of the Digital Research Institute. This marks a new milestone for Yunji Technology in the field of artificial intelligence, aiming to explore the development and application of large-scale model technology, especially in the application of hotel service scenarios.
Large-scale models have become an important research direction in the field of artificial intelligence. In the future, large-scale models will be applied to multiple modalities to reconstruct the physical world, and service robots will be a typical representative of large-scale models in reconstructing the physical world, accelerating the era of "robot+" empowered by large-scale models.
Yunji Technology has been committed to promoting the development and application of artificial intelligence technology, especially in the deep cultivation of hotel service scenarios. With the increasing number, frequency, and scope of Yunji Technologys' usage, the continuously accumulated database possesses characteristics of sustainability, stability, and completeness.
Yunji Technology has realized the importance and value of large-scale models in the fields of machine learning and natural language processing.
So, how can large-scale models empower robot research and development, and digitize hotels?
Yunji Technology has independently developed a vertical field GPT called Hotel GPT, which is oriented towards hotel operation and robot application.
Hotel GPT is one of the important achievements in the field of large-scale model research. It combines basic open-source and closed-source language models with visual models, and achieves more intelligent job applications through technologies such as deep learning and natural language processing.
On the one hand, Hotel GPT can enhance the intelligence, practicality, and user experience of hotel robots, and improve the efficiency of robot product development, deployment, and after-sales service. On the other hand, Hotel GPT can significantly shorten the development cycle in responding to new intentions from hotel guests, using hotel standard operating procedures (SOPs) as an external knowledge base, serving as a knowledge expert, trainer, content assistant, and intelligent customer service to assist hotels in better management.
Hotel GPT can establish a suitable digital model based on the needs and analysis results of hotel guests, and can use various technologies such as artificial intelligence and machine learning algorithms to build predictive models, intelligent recommendation systems, and more.
Yunji Technology's digital research institute will explore the development and application of large-scale model technology from multiple dimensions, including intelligent bases, enhanced training, secure sharing, and professional decision-making. This initiative aims to promote the development of large-scale model technology in the field of artificial intelligence and contribute to the prosperity and development of the industry.
As the Chairman of the Hotel Digitization Committee of the China Hotel Association, Yunji Technology has established the Digital Research Institute in collaboration with experts, scholars, and technical elites from well-known universities and companies both domestically and internationally.
The institute will conduct in-depth exploration in areas such as intelligent bases, enhanced training, secure sharing, and professional decision-making, and promote the development and application of large-scale model technology in the field of artificial intelligence, contributing to the prosperity and development of the industry.
The establishment of the Digital Research Institute marks a new stage in Yunji Technology's in-depth exploration and innovation in the field of artificial intelligence. Hotel GPT will provide the hotel industry with more scientific solutions for digital transformation and intelligent upgrading, injecting new vitality into China's hotel digital transformation 2.0.