Fusion of Augmented Reality and Artificial Intelligence A MOORA-Based Evaluation of AR Technologies

Extermination reality (AR) is a technology that requires digital content in the real world, improving the interaction between the awareness of the user and its environment. When combined with Artificial Intelligence (AI), AR becomes more dynamic, personalized, and interactive, creating innovative solutions across industries. AI improves augmented reality by providing real-time object recognition and contextual understanding, and decision-making. For instance, computer vision, a subset of AI, allows AR systems to identify and track objects or environments, ensuring that Digital overlays perfectly match the physical world. Natural Language Processing (NLP) in AI facilitates voice commands and interactions within AR environments, making them more intuitive. This fusion is transforming industries such as healthcare, where AI-powered AR assists in surgeries with real-time visualization of organs and veins. In retail, it personalizes shopping experiences by analyzing customer preferences and offering virtual try-ons. In education and training, AR combined with AI provides immersive, adaptive learning tailored to individual needs. The integration of AI and AR is advancing rapidly, driven by improvements in hardware, algorithms, and data availability. Together, they are reshaping human-computer interaction, enabling smarter, context-aware applications making connections between the tangible and the virtual space.Research Significance: Research in Artificial Intelligence (AI) holds profound significance as it drives technological innovation, societal transformation, and problem-solving at unprecedented scales. AI research focuses on creating intelligent systems capable of learning, reasoning, and adapting, addressing complex challenges across diverse domains. In healthcare, AI research facilitates early disease detection, personalized treatments, and efficient drug discovery. In business, it optimizes processes, enhances customer experiences, and enables predictive analytics. AI has a key function in the fields of climate, resources and education by using a data driven ways and adaptive technologies for learning. Beyond applications, AI research fosters advancements in ethical frameworks, ensuring fairness, transparency, and accountability in intelligent systems. It also contributes to human understanding of cognition and intelligence, bridging gaps between science and technology. The further development of AI is certainly of great interest, in particular with regard to the construction of the more intelligent and better connected reality of the future as well as the real and urgent problems of the global character.Methodology: MOORA (Multi-Objective Optimization by Ratio Analysis) is a method used for evaluating alternatives based on multiple, often conflicting criteria. It helps in decision-making processes by allowing for the comparison of different performance ratios against reference alternatives. MOORA involves assigning weights to various criteria, measuring their significance, and sorting the alternatives accordingly. This technique aids in balancing multiple factors in complex decision-making scenarios. By systematically measuring trade-offs and considering multiple objectives simultaneously, MOORA provides a structured framework for achieving well-known and effective results.Alternative: Google Glass, Microsoft HoloLens, Magic Leap One, Vuzix Blade, Lenovo ThinkReality A3, Epson Moverio BT-300, Holoxica AR Headset, Realwear HMT-1.Evaluation Parameter: User Experience (UX) Quality, AI Integration Capability, Innovation, Cost, Battery Life, Weight/Comfort.Result: Based on the findings, the Magic Leap One received the lowest score, while the Personalized Holoxica AR Headset achieved the highest ranking.