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AI & Disability Studies

AI & Disability Studies

A major thrust area at AmritaCREATE is research and development of assistive technologies, frameworks, and methodologies drawing from Computer Science, Behavioral Sciences, and Learning Science to design interventions and solutions to empower persons with disabilities.

ChalaChitra Vaachana: AI based Intelligent Audio Description Platform

ChalaChitra Vaachana is an innovative audio description platform that automatically generates audio descriptions. The platform enhances the accessibility of visual content, effectively bridging the accessibility gap for individuals who are blind or have low vision, as well as for the deaf and hard-of-hearing (DHH) communities.

For more details, visit Project Page.

Sign Language Accessibility for e-Governance Services

Accessibility to e-Governance services for Divyangjan remains a challenge. An interface that integrates Indian Sign Language (ISL) into e-Governance services for deaf individuals is under development.

For more details, visit Project Page.

A Multi-dimensional Framework for Reading & Spelling Acquisition in Malayalam

Understanding the writing system is critical to developing screening and assessments, and designing specific intervention strategies for reading and spelling acquisition in children, including children with specific reading difficulties.

Visit Project Page.

Screening Supporting Diagnosis and Education of Autistic Children 

The focus of the research is the early identification of autistic children so that they get suitable support for their education and improve the quality of their lives.

To know more, visit Project Page.

Related Projects

Teacher Training for Screening and Supporting Autistic Students in India
Teacher Training for Screening and Supporting Autistic Students in India
Amrita Insulin Pump and Low-cost, Automated Biomedical Devices
Amrita Insulin Pump and Low-cost, Automated Biomedical Devices
Reconstructing Local Field Potential from realistic computational models for spontaneous and evoked stimuli
Reconstructing Local Field Potential from realistic computational models for spontaneous and evoked stimuli
Photo switchable Azobenzene Conjugated Matrices for Affinity Chromatography: Synthesis, Characterization and Studies
Photo switchable Azobenzene Conjugated Matrices for Affinity Chromatography: Synthesis, Characterization and Studies
Parallelizing Low Vision Feature Extraction through GPUs
Parallelizing Low Vision Feature Extraction through GPUs
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