Telepresence Supplementary Processing Unit for Cognitive Accessibility
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Solution Overview
Problem
Existing videoconference systems and telepresence technologies are inadequate for facilitating smooth communication among users with diverse cognitive abilities, particularly elderly individuals with reduced cognitive functions, as they often struggle to convey and understand intentions due to visual, hearing, and language barriers, leading to frustration and reduced motivation in communication.
Innovation Solution
A telepresence system that performs bidirectional image and sound communication, supplemented with real-time character information and contextual processing to enhance communication by recognizing user interactions and providing personalized support, such as captions and emotional feedback, to ensure effective communication across diverse abilities.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Adaptability or versatility
If videoconference systems are used for communication between users with diverse cognitive abilities, then communication can be established, but users with reduced cognitive functions struggle to convey and understand intentions due to visual, hearing, and language barriers
Solution Approach 1:
The system provides customized information presentation tailored to each user's cognitive abilities. Users with reduced cognitive functions receive simplified visual information, captions, and emotional feedback, while users with normal cognitive functions receive standard videoconference functionality. This local quality adaptation resolves the contradiction by making the system simultaneously adaptable to diverse abilities and easy to operate for all users.
Solution Approach 2:
The supplementary processing unit acts as an intermediary that translates and adapts communication between users with different cognitive abilities. It converts complex visual information into simpler forms (captions, emotional feedback) and facilitates understanding between users, thereby enabling smooth communication across diverse cognitive abilities without requiring users to manually adjust settings.
2Reliability
If telepresence system provides basic bidirectional image and sound communication, then communication channel is established, but users with reduced cognitive functions experience frustration and reduced motivation
Solution Approach 1:
The system introduces emotional feedback mechanisms that provide users with reduced cognitive functions with visual cues about the emotional state of remote users. This feedback loop helps users understand intentions and responses more easily, increasing communication success rate and reducing frustration by making interactions more predictable and comprehensible.
Solution Approach 2:
The supplementary processing unit dynamically changes information presentation parameters based on user needs. For users with reduced cognitive functions, the system adjusts parameters such as information complexity, visual prominence of captions, and emotional feedback intensity, thereby improving communication reliability and reducing frustration without affecting other users' experience.
3Ease of operation
If supplementary processing is added to enhance communication for users with reduced cognitive functions, then communication smoothness is improved, but device complexity increases
Solution Approach 1:
The supplementary processing unit automatically detects user needs and adjusts information presentation without requiring manual configuration. The system self-services by monitoring communication patterns and adapting to users with reduced cognitive functions, thereby improving communication smoothness while minimizing the complexity burden on users. The complexity is confined to the automated processing unit rather than requiring complex user-side modifications.
Data Source
AI summary
An information processing device includes a supplementary processing unit configured to perform supplementary processing of supplementing communication between users at a plurality of points in accordance with a context of interaction between the users at the respective points in a telepresence system configured to perform bidirectional image and sound communication for the communication.