Cyclic Communication Interface for Latency Management
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Solution Overview
Problem
Long latency in communication channels, such as those experienced during space missions or remote locations, disrupts continuous interaction between users, leading to frustration and psychological strain due to delayed responses and potential confusion from simultaneous message sending.
Innovation Solution
A graphical user interface system with cyclically ordered graphical elements, each active for a controlled time interval, adjusts based on latency parameters to manage communication threads, ensuring users can input messages at optimal times and maintain continuous interaction despite latency.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If users communicate via traditional messaging systems with long latency, then message exchange is possible, but continuous interaction is disrupted and psychological strain increases
Solution Approach 1:
The communication interface is segmented into multiple graphical elements (e.g., multiple message threads or conversation channels) that can be cycled through. This segmentation allows users to maintain multiple interaction contexts simultaneously, making the most recent interaction readily accessible without waiting for latency delays, thereby preserving continuous interaction despite time losses.
2Productivity
If users send multiple messages without waiting for replies due to frustration, then communication attempts increase, but confusion increases and effective response is delayed
Solution Approach 1:
The system performs preliminary organization of messages into cyclically ordered graphical elements before the user needs to access them. By pre-structuring the message flow and making the most recent interaction immediately accessible through the cycle, users can send follow-up messages with clear contextual understanding, preventing confusion and maintaining information sequence integrity.
3Reliability
If all message exchanges are transmitted through the communication channel, then complete communication is achieved, but latency affects all interactions equally
Solution Approach 1:
The system adds a temporal dimension to message access by implementing cyclic activation of graphical elements. Instead of linear waiting for latency, messages are organized in a temporal cycle where different graphical elements are activated at different times. This dimensional change allows users to access different conversation contexts at optimal moments, reducing perceived delay while maintaining complete communication.
Data Source
AI summary
A system and related method exchanges communications between two or more users. The system comprises a user interface that has a plurality of elements associated with a cyclic order. Each element corresponds to a communication thread. The elements have an input for receiving one or more user communications. The user interface is configured such that only one element is active at each time. Each element is continuously active for a predetermined activation time interval. The activation time interval of each element is controlled.