Volume 8, Issue 8, August – 2023 International Journal of Innovative Science and Research Technology ISSN No:-2456-2165 IJISRT23AUG1632 www.ijisrt.com 1745 Factors Influencing the Integration of Virtual Reality (VR) and Augmented Reality (AR) in Everyday Life: A Sentiment Analysis Utilising Machine Learning Techniques Amirthanathan Prashanthan Data center Infrastructure Sri Lanaka Telecom PLC Colombo, Sri Lanka Maneesha Rajapaksha Department of Languages General Sir John Kotelawala Defense University Colombo, Sri Lanka Binuri Thilakarathna Department of Information Technology General Sri Lanka Institute of Information Technology Colombo, Sri Lanka Abstract:- In the context of swiftly progressing technological advances, Virtual Reality (VR) and Augmented Reality (AR) emerge as crucial developments with the potential to profoundly transform education, work environments, and society at large. This research article provides a thorough examination of the attitudes expressed by individuals towards VR and AR technology, as well as their corresponding experiences and views. The research used a custom sentiment analysis model that was trained using a dataset consisting of 107 responses obtained from a survey that was specifically created to investigate the various factors which influence the integration of AR and VR in daily life. Additionally, the survey aimed to measure the sentiments associated with these immersive technologies. The study utilizes machine learning techniques to identify subtle emotional nuances present in written responses. The sentiment analysis model is carefully constructed using a rigorous training method to assess each response and categorize sentiments into positive, negative, or neutral classifications. The factors that exert a significant influence on the integration of AR and VR technologies include the educational advantages, collaborative efforts in the workplace, and cost considerations. Furthermore, through the examination of sentiment predictions, this study reveals the range of emotions linked to the incorporation of VR and AR technologies into educational and professional environments. Keywords:- Augmented, Model, Machine Learning, Predictions. I. INTRODUCTION Virtual reality (VR) and Augmented reality (AR) are intelligent data and in-person interactions. While VR delivers a fully immersive digital experience, AR enriches the actual world by superimposing digital features. Although both technologies have many uses in a variety of industries, their main purposes and use cases are different. While VR develops fresh, immersive experiences that might or might not be connected to the physical world, AR improves real- world experiences. Users of VR can interact in a completely immersive digital environment. Users are completely immersed in the virtual world and cut off from the outside world. VR is frequently used to imitate situations and settings that would not be practical or secure. Gaming, training simulations, architectural visualization, virtual tours, and treatment are just a few examples of applications. VR, for instance, can take viewers to another place, like a historical site, or replicate dangerous situations for teaching purposes.[4] By adding digital information on top of the physical environment, augmented reality (AR) improves it. Users can view and interact with both physical and digital components at the same time. Contextual information, instructions, or visualizations that improve the user's comprehension of the real environment are frequently provided via augmented reality (AR). Education, maintenance, navigation, gaming, marketing, and healthcare are just a few of the industries where it is used. For instance, AR can be utilized to see medical pictures on a patient's body during surgery or to display information about landmarks as you visit a city using a smartphone.[3] Historical locations, cultural icons, and natural attractions in Sri Lanka can all be toured virtually using virtual reality (VR). This might offer students and visitors immersive educational experiences while preserving and promoting the nation's rich legacy. By adding supplemental digital content, such 3D models and animations, over textbooks or educational materials, augmented reality (AR)