Non-Linear Text Layout for Dyslexic Reading Comprehension
Find Innovative SolutionsGenerate Solutions
Solution Overview
Problem
Individuals with dyslexia face significant challenges in reading and comprehending conventional linear formatted text due to difficulties in breaking down words or syllables, leading to issues in following instructions and performing precise calculations.
Innovation Solution
Converting linear formatted text into a non-linear, dyslexic-friendly image format using electronic devices, which includes a surface or background portion, non-linear boundaries, and positioned textual objects at specific distances, allowing for improved readability and comprehension.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Ease of operation
If linear formatted text is used, then text can be displayed in conventional format, but individuals with dyslexia cannot break down words or syllables and appear to see text as one single combined image
Solution Approach 1:
The patent applies segmentation by breaking down linear text into individual words or syllables and arranging them in a non-linear spatial pattern. Each word or syllable becomes a separate visual element positioned at specific locations, allowing dyslexic readers to process individual components rather than being overwhelmed by continuous linear text that appears as a single combined image.
Solution Approach 2:
The patent transitions text from a one-dimensional linear arrangement to a two-dimensional non-linear spatial布局. Words or syllables are positioned at specific coordinates on a surface, creating a visual map that dyslexic readers can navigate spatially rather than sequentially, thereby improving their ability to break down and process text components.
2Reliability
If conventional linear text format is used, then text processing is simple, but dyslexic individuals experience word blindness and cannot follow sequences of instructions
Solution Approach 1:
The patent segments text into discrete words or syllables and positions them spatially, which helps dyslexic readers avoid word blindness by presenting each element as a distinct, locatable object rather than part of an indistinguishable linear stream, thereby improving comprehension accuracy.
Solution Approach 2:
The patent incorporates the ability to select and manipulate individual words or syllables in the non-linear layout, providing visual feedback that helps dyslexic readers track their progress through the text and verify their understanding, thereby improving comprehension and sequence following.
3Measurement precision
If linear formatted text is used, then text can be displayed continuously, but dyslexic individuals have difficulty remembering numbers or letters in proper sequence
Solution Approach 1:
The patent arranges text elements in a two-dimensional non-linear spatial configuration rather than linear sequence, allowing dyslexic readers to remember and recall numbers or letters by their spatial positions and relationships rather than by sequential order alone, thereby improving sequence recall accuracy.
Solution Approach 2:
By segmenting text into individually positionable words or syllables in a non-linear layout, the patent enables dyslexic readers to process and remember discrete elements with their specific spatial locations, making it easier to recall sequences accurately compared to linear presentation where all elements blend together.
Data Source
AI summary
Dyslexic-friendly, readable images are generated from linear formatted images. Each dyslexic-friendly, readable image may include one or more positioned, non-linear (e.g., curved) boundaries and a plurality of textual objects, where each object is positioned at a distance from the boundaries and follows a boundary. The dyslexic-friendly, readable images can be edited by the user personally and manipulated using AI.