Currently, artificial intelligence technology represented by ChatGPT is becoming increasingly popular on the internet. As an AI-driven natural language processing tool, it is not only capable of conducting conversations, learning and understanding human language, chatting, and interacting contextually, but also of writing texts, generating code, answering questions, and automatically searching for answers.

Service robots, based on artificial intelligence technology, meet user needs, provide deep integration in certain scenarios, and solve customer problems efficiently and quickly. They are widely used in public administration, tax administration, public safety, banks, hospitals, and other fields. When OpenAI announced the release of the ChatGPT and Whisper model APIs, the question arose about what synergy would be created by the collaboration between service robots and the "technology leader" ChatGPT.

Robots are the key terminal that connects ChatGPT with the physical world. Service robots connected to ChatGPT are not only able to think like humans and accurately answer user questions, but also provide them with advanced artificial intelligence technology. It can be said that the emergence of ChatGPT has elevated the interaction possibilities with robots to a new level. As a leader in the field of service robots for many years, Reman Robotics has thoughtfully embraced the development trends in the industry. Using the ChatGPT model API, ChatGPT is integrated into service robot applications, creating limitless innovations in service robot development.

It is known that ChatGPT is built on the GPT-3 architecture developed by OpenAI in 2020, and the price of the ChatGPT API is one-tenth of the existing OpenAI GPT-3 API price. This large model, based on large-scale data training, offers new ideas and approaches for exploring the use of artificial intelligence in specific areas and addresses some human-computer interaction issues, such as questions of common sense and the provision of questions and answers.

As a language model of artificial intelligence, ChatGPT is not equipped with built-in speech recognition functionality. The speech recognition module of the service robot, after the integration of ChatGPT functionality, can quickly recognize the user's question and use ChatGPT's "super-brain" to analyze and understand the user's input. It is capable of identifying keywords and phrases, understanding context, and providing appropriate responses based on that understanding.

Traditional service robots rely on recognizing keywords entered by the user or redirecting users to self-service inquiries. ChatGPT uses deep learning technology and large-scale training scenarios to implement multidimensional extended functions that allow understanding and using human language, making it highly suitable for the needs of hospitals, government agencies, bank receptions, exhibition hall receptions, new retail store guides, and other fields. One of the key requirements of the service industry is patience and caution. A service robot connected to ChatGPT not only avoids providing "inappropriate answers to questions," but also responds more fully and in more detail.

With the expansion and "acceleration" of ChatGPT's capabilities in the robotics field, traditional service robots will transform from "functional" to "intellectual." The development of artificial intelligence technologies should be focused on human needs and solving practical user problems. The integrated use of ChatGPT and robot functions is not a fully automated process but a tool to expand the capabilities of robots. In the future, ChatGPT could bring significant changes to the service robot field in industrial production, social services, and other spheres, as well as promote the diverse development of the robotics industry.