Virtual reality communication system including error prevention function based on artificial intelligence language model

A virtual reality communication system comprising:

• a virtual reality (VR) device configured to provide, to a user, a virtual hospital environment for virtual reality-based Situation, Background, Assessment, Recommendation (SBAR) communication training for nurses, to receive speech from the user as input, and to play speech for doctor response dialogue text converted by a speech-to-text converter for the user;
• the speech-to-text converter configured to convert the input speech to text, to request speech conversion for the doctor response dialogue text generated by a dialogue generator, and to extract the converted speech;
• a data extractor configured to recognize SBAR from the converted text and to extract patient-and-situation-related data;
• a data merger configured to merge the extracted patient-and-situation-related data with prestored previous dialogue analysis data;
• and
• the dialogue generator configured to analyze the merged data to identify missing information and to generate a scenario-based doctor response dialogue as text.

A non-transitory computer-readable recording medium storing a program to execute a virtual reality communication method that includes an artificial intelligence language model-based error prevention function, wherein the virtual reality communication method comprises:

• providing, to a user through a virtual reality (VR) device, a virtual hospital environment for virtual reality-based Situation, Background, Assessment, Recommendation (SBAR) communication training for nurses, and receiving speech from the user as input;
• converting the input speech to text through a speech-to-text converter;
• recognizing SBAR from the converted text, and extracting patient-and-situation-related data through a data extractor;
• merging the extracted patient-and-situation-related data with prestored previous dialogue analysis data through a data merger;
• analyzing the merged data to identify missing information and to generate a scenario-based doctor response dialogue as text through a dialogue generator;
• requesting speech conversion for the generated doctor response dialogue text through the speech-to-text converter and extracting the converted speech;
• and
• playing the doctor response dialogue as speech for the user through the VR device.