VR-Game for Kids with Paraplegia using AI Agent Trained with PQR-DQN Techinique as Opponent

The application of artificial intelligence (AI) and virtual reality (VR) in the medical field has demonstrated encouraging potential for enhancing the quality of life of patients who suffer from physical impairments. This comprises the creation of an artificial intelligence agent that is trained in a virtual reality game using a deep reinforcement learning (DQN) algorithm. This will be used as a form of game therapy for children who have been diagnosed with paraplegia. The virtual reality game's artificial intelligence can give the child individualized feedback based on their specific skills and how far they've come in the game. As it observes visible growth over time, this can help the child build confidence and self-esteem, which is a win-win situation. This to the enhancement of the child's confidence as well as their general well-being. Multiple studies have shown that artificial intelligence-assisted game therapy is beneficial in enhancing the ability of thinking and overall quality of life of children who have been diagnosed with paraplegia. Children who took part in a virtual reality (VR) game treatment programmed using an artificial intelligence (AI) avatar exhibited significant gains in mental ability to think and their confidence level when compared to others. The usage of a virtual reality (VR) game that incorporates an AI agent that has been trained using the DQN algorithm as a form of game therapy for children who suffer from paraplegia has the potential to significantly improve the children's overall quality of life. Researchers should anticipate seeing even more creative uses of virtual reality (VR) and Artificial Intelligence (AI) in the medical and rehabilitation fields as the technology continues to advance.