Table 3. Compare The AI Eye gesture control with the rest in literature.
| Feature/Aspect | Our Study | Study [1] | Study [2] | Study [3] | Study [4] |
|---|---|---|---|---|---|
| Objective | Eye gesture control | Hand gesture control | Voice control | Facial recognition | Multi-modal control |
| Methodology | Machine learning | Deep learning | Natural language processing | Deep learning | Machine learning |
| Technology Used | OpenCV, PyCharm, etc. | TensorFlow, Keras | Google API, Keras | TensorFlow | OpenCV, Keras |
| Accuracy Level | 99.63% | 96% | 95% | 97% | 99% |
| Key Findings | Highly accurate | Moderately accurate | Accurate with clear speech | High accuracy | High accuracy |
| Limitations | Limited gestures | Limited to specific gestures | Ambient noise affects accuracy | Limited expressions | Complex setup |
| Application Field | Healthcare, defense | Gaming, VR | Accessibility, smart home | Security, accessibility | Various fields |
| Future Work | Expand gesture library | Improve speed of recognition | Improve noise cancellation | Enhance recognition in varying light | Multi-modal integration |