Local Voice Data Buffering for Comprehension and Playback Control
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Solution Overview
Problem
Communication impediments such as language barriers, hearing deficiencies, and speech impediments can hinder comprehension during telephone conversations, and existing solutions like adjusting volume or asking speakers to change their speech patterns are inconvenient and often ineffective.
Innovation Solution
A telephone with local buffering and processing capabilities that tonally adjusts, translates, transcribes, and slows down voice data to improve comprehension, allowing for independent playback and transcription of voice data, regardless of remote systems' capabilities.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If voice data is buffered and processed locally on the telephone, then comprehension is improved through replay, slowing down, and transcription capabilities, but device complexity increases
Solution Approach 1:
The telephone system performs self-service by locally buffering and processing voice data without requiring external assistance. The device independently handles transcription, replay, and speed adjustment functions, eliminating the need for remote system support and improving comprehension reliability while managing complexity through integrated self-sufficient operations.
Solution Approach 2:
Voice data is buffered in advance during the conversation before processing is needed. This preliminary buffering action allows the system to prepare transcription and replay capabilities ahead of time, enabling immediate access to processed information when comprehension issues arise, thereby improving reliability without requiring complex real-time processing architecture.
2Adaptability or versatility
If the telephone processes and transcribes voice data independently, then adaptability to communication impediments is improved, but loss of time for processing increases
Solution Approach 1:
The voice data buffering and processing operates continuously throughout the conversation rather than interrupting to process. The system maintains continuous transcription and analysis in the background, allowing the telephone to adapt to various communication impediments (language barriers, hearing deficiencies, speech impediments) without pausing the conversation or adding noticeable processing delays.
Solution Approach 2:
Processing actions are performed preliminarily and in advance during the conversation flow. The system prepares transcriptions and analyzes voice data as it is being captured, so that when comprehension issues arise, the processed information is already available or can be quickly retrieved, minimizing additional processing time while maintaining high adaptability.
3Ease of operation
If voice data is buffered during live conversation, then ease of operation is improved through replay and review capabilities, but loss of time for real-time communication increases
Solution Approach 1:
The buffering system dynamically adjusts its operation based on conversation needs. It allows selective replay of specific segments rather than requiring review of entire conversations, and enables on-demand access to buffered data. This dynamic approach improves ease of operation by letting users easily review only necessary portions while minimizing overall time loss through targeted rather than comprehensive replay.
Data Source
AI summary
In one embodiment, a telephone locally buffers and then processes received voice data to resolve communication impediments and for other reasons. The locally buffered voice data can be, for example, tonally adjusted to accommodate a hearing deficiency of a listener, translated, transcribed, and automatically or manually slowed down to improve comprehension and for other reasons. As a result of the buffering occurring locally on the telephone, voice data originating from voicemail systems and voice menu systems may be played back for improved comprehension independently of the buffering capabilities provided by those systems.