Created on 5th July 2024
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Neuro Well addresses the critical challenge of accurately assessing and treating stroke patients, a process that is often complex and time-sensitive. Traditional stroke diagnosis and rehabilitation methods can be fragmented and inefficient, leading to delayed treatment and suboptimal recovery outcomes. Neuro Well streamlines this process by offering a comprehensive, data-driven platform that integrates cognitive, speech, and motor assessments with advanced computer vision and AI technologies. Healthcare professionals can use Neuro Well to conduct thorough evaluations, track patient progress in real-time, and develop personalized rehabilitation plans. This not only enhances the accuracy of diagnosis but also expedites the initiation of targeted treatments. By simplifying these tasks, Neuro Well makes it easier for medical staff to provide effective and timely care, ultimately improving patient recovery and quality of life.
Defining Solution Impact: Initially, defining how Neuro Well could tangibly assist healthcare providers in stroke diagnosis and rehabilitation was complex. We needed to ensure our platform not only streamlined processes but also significantly improved patient outcomes.
User Understanding: Ensuring that our platform was intuitive for nurses, who may not have a technical background, was crucial. Simplifying complex concepts into user-friendly interfaces and providing extensive training and support became a priority.
Multilingual Accessibility: Recognizing the diverse healthcare environments, we implemented a multilingual user manual. This decision aimed to bridge language barriers, enabling nurses globally to seamlessly integrate Neuro Well into their practice and optimize patient care.
Tracks Applied (1)
Technologies used
Streamlit: Interactive Web Interface
Google Sheets: Patient Score Storage
Speech Recognition Model: Speech Analysis
Google Translate: Multilingual Support
OpenCV: Image Processing
MediaPipe: Real-Time Hand Tracking
CVZone: Game Integration
Matplotlib (pyplot): Graphical Representation
Regression AI Model: Predictive Analytics