thermal Computer Vision Project

Here are a few use cases for this project:

1. Sleep Monitoring: The "thermal" computer vision model could be integrated into sleep tracking applications or devices to detect if a person has one or both eyes closed during their sleep cycle. This could help monitor sleep quality and detect potential sleep issues such as sleep apnea.

2. Drowsiness Detection: The model could be utilized in vehicle safety systems to monitor the driver's alertness level by identifying if they have one or both eyes closed. This could trigger an alert or safety measures to prevent drowsy driving and potential accidents.

3. Eye Health Assessment: Optometrists or medical professionals could benefit from using the "thermal" computer vision model during eye exams to automatically track and assess a patient's eye movements and responses, including their ability to open and close one or both eyes.

4. User Interface Adaptation: In applications or devices that utilize eye tracking for navigation or control, the model could be used to adapt the interface based on the user's eye state (OneEye or TwoEyes). For example, if a user with limited vision is using a screen reader, the interface could adapt accordingly to ensure full accessibility.

5. Virtual Reality (VR) and Augmented Reality (AR): The "thermal" computer vision model could be implemented in VR and AR systems to enhance user interactions by detecting and responding to users' eye states, such as blinking or winking, as a form of input or control.