Pop-up Window for Social Network Dialogue Management
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Solution Overview
Problem
In social networking systems, managing interactions and dialogues related to content items is cumbersome, as generators and users often need to navigate through multiple pages to respond or view responses, leading to laborious efforts and inefficient communication.
Innovation Solution
Implementing a pop-up window feature that allows subscribers to view and respond to content item dialogues in real-time, even when not on the original page, with options to temporarily or permanently dismiss notifications, and aggregating multiple dialogues into a single window when a threshold is reached, optimizing user interface space.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Ease of operation
If users navigate through multiple pages to view and respond to content item dialogues, then communication can be maintained, but user effort increases and communication efficiency decreases
Solution Approach 1:
A pop-up window is introduced as an intermediary element that displays dialogue notifications and enables direct response without requiring users to navigate to the original content location. The pop-up window acts as a mediator between the user and the content item dialogue, providing immediate access to communication while maintaining the user's current navigation context.
Solution Approach 2:
The dialogue viewing and response functionality is segmented from the main news feed page into a separate pop-up window. This allows the dialogue interaction to be handled in a dedicated interface element that can be overlaid on top of the existing page, eliminating the need to navigate away from the current view.
2Productivity
If pop-up windows are displayed for each content item dialogue, then real-time communication is enabled, but interface clutter increases
Solution Approach 1:
Multiple pop-up windows representing different content item dialogues are merged into a single aggregated notification area. Instead of displaying separate pop-up windows for each dialogue, the system combines multiple notifications into one consolidated interface element that can display multiple dialogue indicators and allow users to select which dialogue to view or respond to.
Solution Approach 2:
The notification system transitions from a two-dimensional space-consuming pop-up window for each dialogue to a compact aggregated notification area that uses vertical stacking and collapsible design. The aggregated notifications can be expanded when needed and collapsed when not needed, effectively using space in a more efficient manner while maintaining access to all dialogues.
3Reliability
If users must be on the original page to respond to content items, then context is maintained, but user mobility is restricted
Solution Approach 1:
The pop-up window serves as an intermediary that carries the full response capability to the user regardless of their current page location. Users can initiate responses from the pop-up window, and the system handles the context switching automatically, allowing users to navigate freely while maintaining the ability to respond to content items from any location in the application.
Solution Approach 2:
The pop-up window is designed as a universal interface element that can be displayed from any page or navigation state within the application. It provides consistent functionality for viewing and responding to dialogues regardless of where the user is in the application, making the system adaptable to various user navigation patterns while maintaining reliable context.
Data Source
AI summary
Systems, methods, and non-transitory computer readable media are configured to subscribe a subscriber to a content item appearing at a first position in a news feed of content items based on selection of a setting to subscribe to the content item. A pop up window including a response associated with the content item on a user interface displayed by a computing device associated with the subscriber is presented to the subscriber based on posting of the response. Scrolling of the news feed in response to user inputs is concurrently presented on the user interface while the pop up window is presented. At least one selectable setting to dismiss the pop up window from view on the user interface is provided. In response to dismissal, the content item assumes the first position in the news feed or assumes a second position in the news feed based on a re-ranking.