Table 5.
Applications of emerging technologies in LAI and their outcomes.
| Technology class | Specific innovation | Application function | Key outcomes/indicators | Development stage | Reference |
|---|---|---|---|---|---|
| Artificial intelligence | Multivariate prediction model | Pregnancy forecasting | AUC = 0.86 | Field-tested | (11) |
| Fertility model (in vitro) | Standardized threshold prediction | Improved predictive accuracy | Under development | (29) | |
| Computer vision | YOLO v3–based detection | Estrus detection | Precision 98.56%, recall 98.04% | Field-tested | (38) |
| Lightweight neural network | Real-time estrus monitoring | Accuracy 99.44%, FPS 48.39 | Field-tested | (39) | |
| Non-contact biometrics | Heat stress monitoring | Visible + infrared imaging, ML modeling | Prototype | (40) | |
| Robotics | Robotic-assisted LAI systems | Precision surgical assistance | Tremor filtration, motion scaling | Conceptual | (47–49) |
| ZEUS robotic platform | Surgical assistance | Enhanced 3D visualization and fine motor control | Experimental | (50) | |
| AR/VR | Augmented reality navigation | Intraoperative guidance | 3D anatomical overlays | Prototype | (50–53) |
| VR-based training | Skill acquisition | Safe and repeatable learning environment | Implemented | (18, 62) | |
| IoT | Wearable sensors | Physiological monitoring | Body temperature, heart rate, activity patterns | Commercial use | (56) |
| Digital twin systems | Individualized management | Virtual models for simulation and decision support | Conceptual | (58, 59) |