Abstract:
"LMS has become a defining component of education technology that is changing the way in which learning is conducted and tracked. On one hand, the viability of virtual environments to cater to visually impaired constitutes a predominant question. In spite of being assisted by some of the technological solutions such as screen readers and voice synthesizers, the students with visual impairments often face constraints in interacting and collaborating within the educational platform. Tasks like collaborative document editing, tracking changes, and formatting tools are quite troublesome and in some instances they are even impossible to use for these students, thus leading to educational disparities. This, in turn, affects their educational access, and in the long run slows down their academic success.
To solve these challenges Echo Learn, an AI-driven e-learning platform was developed which aim at equipping visually challenged students with best possible e-learning tools that are independent and accessible. Utilizing the highest level of technology, Echo Learn intends to overtake the problems of traditional aids. Therefore, it can offer students with visual impairments a more equitable and individualised learning experience.
Echo Learn is a personalized e-learning platform designed specifically for visually impaired college students. It features voice commands, text-to-speech, and adaptive learning to enhance accessibility and promote independent learning. Extensive research informed its development, ensuring it effectively addresses the unique challenges faced by visually impaired learners. Positive feedback from experts and users validates its effectiveness in improving the learning experience and overcoming accessibility barriers.
In conclusion, Echo Learn is an innovative solution addressing academic challenges faced by visually impaired students in Sri Lankan universities. This AI-powered system provides crucial support for their academic endeavors. However, further enhancements and expansions are needed to maximize its impact and reach, ensuring all students benefit from enhanced learning experiences.
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