AR Interaction Guides for Adaptive Physical Surface Alignment
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Solution Overview
Problem
Current AR systems require complex and tedious steps for maintaining alignment between physical objects and computing devices during interactions, disrupting the user's experience with their physical surroundings.
Innovation Solution
AR systems adjust augmented-reality interaction guides based on the orientation and movement of physical objects relative to the user's AR headset, ensuring seamless alignment and intuitive interaction.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Manufacturing precision
If AR systems use fixed orientation guides for physical objects, then alignment accuracy is improved, but user flexibility and ease of operation deteriorate
Solution Approach 1:
The AR interaction guide dynamically adjusts its orientation based on the physical object's movement detected by the AR headset. Instead of a fixed guide, the system continuously updates the guide's position and angle to match the object's current state, maintaining alignment accuracy while allowing the user to freely move and reposition the physical object without complex realignment procedures.
2Manufacturing precision
If AR systems require complex alignment procedures, then alignment precision is improved, but interaction complexity and time consumption increase
Solution Approach 1:
The system automatically tracks the physical object's position and orientation using the AR headset's sensors and self-adjusts the interaction guide accordingly. This eliminates the need for users to manually perform complex alignment procedures or calibration steps, as the system autonomously maintains precise alignment by continuously adapting to the object's movements.
Solution Approach 2:
The AR system continuously monitors the physical object's position and orientation through the headset's sensors and uses this feedback to dynamically update the interaction guide's orientation. This closed-loop feedback mechanism ensures precise alignment is maintained automatically, eliminating the complexity of manual alignment procedures while preserving high alignment precision.
3Adaptability or versatility
If AR headsets provide immersive content, then engagement is improved, but user connection to physical surroundings deteriorates
Solution Approach 1:
Instead of providing fully immersive content that obscures the physical environment, the AR interaction guide is localized to specific positions on physical objects. This allows users to engage with AR content at precise locations while still being able to see and interact with the surrounding physical environment, maintaining a connection to reality while enjoying enhanced AR functionality.
Data Source
AI summary
A method of coordinating artificial-reality (AR) interactions by presenting augmented-reality interaction guides is provided. The method includes, after receiving a user input requesting an augmented-reality assisted interaction to be directed to a physical surface, presenting, via the AR headset, an augmented-reality interaction guide that is (i) co-located with the physical surface, and (ii) presented with a first orientation relative to the AR headset. The method includes obtaining data indicating that a user interaction has caused a modification to the physical surface. And the method includes, responsive to obtaining additional data, via the AR headset, indicating movement of the physical surface relative to the orientation of the AR headset: presenting the augmented-reality interaction guide to appear at the physical surface with a second orientation relative, different than the first orientation. The second orientation is determined based on: the modification to the physical surface, and the movement of the physical surface.