Dynamic Chat Link Reordering for Easier Action Selection
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Solution Overview
Problem
Existing chat interfaces require users to navigate through previously provided information and use specific terminology to perform actions, lacking dynamic updates based on user interaction.
Innovation Solution
Implementing an intelligent chatbot that reorganizes links and enables selection of valid actions while disabling conflicting options, using natural language processing and machine learning to dynamically update the chat interface based on user input.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Adaptability or versatility
If the chat interface provides comprehensive information and action options, then the user can access all needed functionality, but the user must navigate through previously provided information and use specific terminology, increasing operational complexity
Solution Approach 1:
The chat interface dynamically reorganizes links and action options based on user interactions. Previously selected links are moved to the bottom of the list, while unselected links are promoted upward. This dynamic reordering adapts the interface to user needs in real-time, reducing navigation complexity while maintaining comprehensive access to all information and actions.
Solution Approach 2:
The system incorporates feedback mechanisms where user selections directly influence the interface layout. The chatbot monitors which links are selected and uses this feedback to reorganize the link order, promoting unselected links to more visible positions. This feedback loop continuously optimizes the interface based on actual user behavior patterns.
2Adaptability or versatility
If the chat interface allows multiple action options, then the user can perform various tasks, but conflicting actions may be accidentally selected, reducing operational reliability
Solution Approach 1:
The chatbot proactively identifies and prevents conflicting action selections before they can be executed. When a user selects an action that would conflict with previously selected actions or the current context, the system disables or removes the conflicting option from the interface. This preliminary prevention ensures that only valid, non-conflicting actions are available for selection, maintaining operational reliability while preserving versatility.
3Device complexity
If the chat interface uses fixed link ordering, then the interface structure is simple, but non-selected links remain hidden or difficult to access, reducing information availability
Solution Approach 1:
The link ordering in the chat interface is dynamic rather than fixed. Based on user interaction history, the system continuously reorders links to promote those that have not been selected. This dynamic adaptation ensures that non-selected links remain accessible and visible, preventing information loss while maintaining a relatively simple interface structure that evolves with user needs.
Data Source
AI summary
Techniques for presenting a dynamic chat interface include executing a query to identify a plurality of links, respectively associated with set of information, for responding to the query. The system displays the plurality of links in a first display order concurrently with the query in a chat interface of an application. Upon receiving a selection of a first link of the plurality of links, the system displays a first set of information associated with the first link in an information pane. Upon receiving a request to redisplay the plurality of links, based on the selection of the first link, the system modifies the first display order to generate a second display order for the plurality of links and displays the plurality of links in the second display order concurrently with the query in the chat interface.