Virtual assistant 3d design illustration Circuit Diagram To Design and implement Application of AI Assistant for Visually Impaired People. 3. METHEDOLOGY Requirement Analysis: โข Employ design thinking techniques to ensure the AI assistant meets user needs and provides an excellent user experience. โข Use prototyping to visualize and refine the user interface and user experience.
To solving these issues, in this paper we design an android Application - Smart Vision (SV) to aid the Visually Impaired people in every possible realm of daily pursuits like for their diurnal
PDF Smart Voice Assistant For Visually Impaired People Using Deep Learning ... Circuit Diagram
The navigation assistant is used to help the visually impaired in navigating safely. It uses the device's camera to sense the user's surroundings. Live video feed from the Artificial intelligence (AI) plays an increasingly vital role in creating solutions that promote inclusivity and accessibility. One particularly impactful area is the development of AI tools designed to assist people living with visual impairments. There are an estimated 285 million visually impaired people worldwide, and AI-powered solutions provide promising avenues to improve their daily
Related Work: Microsoft's "Seeing AI": The landscape for assistive technologies for visually impaired individuals has witnessed significant contributions from notable projects and research endeavors. The field of artificial intelligence has led to various virtual assistants such as Siri in iPhone, Google Allo, Microsoft Cortana, and so on. Even after such progression, very little has been done to implement these technologies to assist the visually impaired community.
Viva: A Virtual Assistant for the Visually Impaired Circuit Diagram
Voice-activated assistants (VAAs) are AI-powered systems like Amazon Alexa, Google Assistant, Apple Siri, and Microsoft's Cortana. Staying organized and managing daily tasks is often a challenge for the visually impaired. VAAs act as virtual personal assistants by setting reminders, making to-do lists, and scheduling appointments mobility and safety of visually impaired individuals.[10] III. PROPOSED METHOD A. Existing Technology The literature study explores two approaches primarily, to advance assistive technologies for the visually impaired. The first integrates a microwave radar into traditional white canes for enhanced obstacle detection during autonomous walking.
