The objective of this work is to develop an innovative system(ROSGPT)that merges large language models(LLMs)with the robot operating system(ROS),facilitating natural language voice control of mobile robots.This integr...The objective of this work is to develop an innovative system(ROSGPT)that merges large language models(LLMs)with the robot operating system(ROS),facilitating natural language voice control of mobile robots.This integration aims to bridge the gap between human-robot interaction(HRI)and artificial intelligence(AI).ROSGPT integrates several subsystems,including speech recognition,prompt engineering,LLM and ROS,enabling seamless control of robots through human voice or text commands.The LLM component is optimized,with its performance refined from the open-source Llama2 model through fine-tuning and quantization procedures.Through extensive experiments conducted in both real-world and virtual environments,ROSGPT demonstrates its efficacy in meeting user requirements and delivering user-friendly interactive experiences.The system demonstrates versatility and adaptability through its ability to comprehend diverse user commands and execute corresponding tasks with precision and reliability,thereby showcasing its potential for various practical applications in robotics and AI.The demonstration video can be viewed at https://iklxo6z9yv.feishu.cn/docx/Lux3dmTDxoZ5YnxWJTZcxUCWnTh.展开更多
基金National Natural Science Foundation of China(No.61601112)。
文摘The objective of this work is to develop an innovative system(ROSGPT)that merges large language models(LLMs)with the robot operating system(ROS),facilitating natural language voice control of mobile robots.This integration aims to bridge the gap between human-robot interaction(HRI)and artificial intelligence(AI).ROSGPT integrates several subsystems,including speech recognition,prompt engineering,LLM and ROS,enabling seamless control of robots through human voice or text commands.The LLM component is optimized,with its performance refined from the open-source Llama2 model through fine-tuning and quantization procedures.Through extensive experiments conducted in both real-world and virtual environments,ROSGPT demonstrates its efficacy in meeting user requirements and delivering user-friendly interactive experiences.The system demonstrates versatility and adaptability through its ability to comprehend diverse user commands and execute corresponding tasks with precision and reliability,thereby showcasing its potential for various practical applications in robotics and AI.The demonstration video can be viewed at https://iklxo6z9yv.feishu.cn/docx/Lux3dmTDxoZ5YnxWJTZcxUCWnTh.
