Contextual UI Notifications for Focused User Interaction
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Solution Overview
Problem
Current notification presentation techniques on user interfaces are inefficient, as they do not consider the importance of notifications, leading to user disruption and ineffective communication of important information, and are computationally expensive.
Innovation Solution
Present notifications within or proximate to specific regions of the user interface based on localized functionalities, using presentation data mapped to individual elements, thereby reducing computational overhead and ensuring notifications are relevant to the user's current focus area.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Ease of operation
If notifications are presented in a generic location on the user interface, then the implementation is simple, but the notifications are not contextually relevant and disrupt user interaction
Solution Approach 1:
The patent applies local quality by presenting notifications in specific regions of the user interface that correspond to the functional area related to the notification. Instead of using a generic location for all notifications, the system determines the appropriate region based on the notification type and presents it locally within or near the relevant functional area, making each notification contextually appropriate for its purpose
2Stability of the object's composition
If notifications are pinned to a particular part of the user interface, then the notification location is consistent, but the notifications may not be visible when the user is interacting with different areas
Solution Approach 1:
The patent applies dynamics by making notification placement adaptive rather than fixed. The notification region is dynamically determined based on the user's current interaction context and the type of notification being presented. This allows notifications to maintain consistency in their relative positioning while adapting to different user interaction scenarios, ensuring visibility without disrupting ongoing tasks
3Adaptability or versatility
If a computing component decodes and determines display for each notification, then the notification presentation is flexible, but the computational cost is high
Solution Approach 1:
The patent applies preliminary action by pre-defining presentation data for different notification types and functional areas. Instead of decoding and determining display parameters for each notification in real-time, the system has presentation strategies pre-established for various notification types and regions. This reduces the computational burden during actual notification presentation while maintaining flexibility through the pre-configured presentation options
Data Source
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AI summary
Presenting contextual content corresponding to interactions associated with microenvironments of user interfaces is described. In an example, the contextual content can be presented via a user interface that includes a plurality of regions. Each region can have localized functionalities that are distinct from, but related to, a global functionality of the user interface. Each region can include one or more elements. The techniques described herein include receiving input indicating an interaction with an element associated with a region. Additionally, the techniques described herein include presenting, based at least partly on the interaction, a notification associated with the interaction in an orientation and/or a style that is based on the element, a container corresponding to the element, and a type of the notification. In an example, the notification can be presented within the region or proximate to the region such to appear at a current focus area of the user interface.