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Context-aware AR adapts the content and interactions based on the user's current context such as location, time, or activity.

AR SDKs provide tools and libraries for developing AR applications, including features like tracking and image recognition.

Gaze interaction in AR systems involves tracking the user's point of gaze to interact with virtual elements.

Natural feature tracking recognizes specific patterns or objects in the real world to align virtual objects appropriately.

Marker-based tracking detects specific visual cues in the environment to overlay digital content accurately in AR.

Spatial audio in AR provides 3D sound that changes with the user's orientation and location relative to virtual objects.

6DoF refers to the ability to track both position and orientation in 3D space, essential for a fully immersive AR experience.

AR interaction design focuses on creating intuitive user interfaces and experiences in augmented reality applications.

AR systems can use voice recognition to receive and interpret spoken commands from users.

HMDs are worn on the head to provide an immersive AR experience with visual, auditory, or even haptic feedback.

Projection-based AR projects digital images onto physical surfaces in the real world, allowing interaction with those projections.

Wearable AR includes devices like smart glasses and AR contacts that integrate AR directly into the user's field of vision.

Markerless tracking uses sensors to understand the environment and place virtual objects without predefined markers.

Handheld AR utilizes mobile devices such as smartphones or tablets to display AR content through their screens.

Multi-user interaction in AR enables several participants to engage with shared augmented content simultaneously.

The AR Cloud is a persistent digital layer that is aligned with the physical world, which can be shared and accessed by multiple users.

Light estimation in AR allows virtual objects to cast shadows and have lighting consistent with the real-world environment.

Haptic feedback in AR provides tactile responses to enhance the realism of virtual interactions.

Gesture recognition allows users to control AR applications through hand or body movements.