GestureSlide aims gesture-based presentation control and a smart whiteboard for real-time writing. It offers a hands-free, interactive experience, optimizing efficiency for educators and professional.
Our project introduces a gesture-controlled presentation platform integrated with a smart whiteboard, offering a hands-free and interactive way to deliver presentations. This solution is designed to enhance engagement and efficiency for educators, professionals, and speakers by eliminating the need for traditional remotes or clickers.
ā Gesture-Based Presentation Control
Users can navigate slides effortlessly using hand gestures.
Eliminates the need for physical controllers or touch-based interactions.
ā Smart Whiteboard for Annotations
A built-in whiteboard allows real-time writing and annotations.
Enhances interactivity during presentations and meetings.
ā Optimized PPT Processing
Ensures smooth transitions between slides.
Supports various file formats for flexibility.
ā History Tracking Dashboard
Displays previously uploaded PPTs for quick access.
Allows users to manage and retrieve past presentations efficiently.
š„ Dashboard:
A centralized space for managing presentations and history tracking.
Provides easy navigation and access to previously used files.
š Landing Page:
Showcases the platformās capabilities and user benefits.
Simple and intuitive UI for seamless onboarding.
We have successfully implemented gesture-based presentation control, allowing seamless slide navigation without the need for physical remotes. The integration of a smart whiteboard enables real-time writing and annotations, enhancing interactivity. The PPT processing system has been optimized for smooth transitions and multi-format support. Additionally, we have significantly improved gesture recognition accuracy, ensuring precise and responsive interactions. To enhance the overall user experience, we have focused on performance optimization and UI/UX improvements, making the platform more intuitive and efficient. Rigorous testing and debugging have been conducted to refine interactions and eliminate inconsistencies, leading to improved system latency and speed for a seamless presentation experience.