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Professional OCR Converterv2.0.4 Pro
Enterprise-grade PDF & Image text extraction with AI-powered OCR

Monitor your loved ones with complete peace of mind. No cameras. No recording. Just intelligent alerts when it matters most.

A Health Monitoring System (HMS) is a technology and software platform that uses real-time health data collection, analysis, and transmission to provide continuous monitoring of an individual's health status, enabling early detection of potential health problems, and facilitating timely interventions.

Identification and Prediction of Facial Changes
Viewing images and comparing them, calculating the changed blocks, identifying and announcing the change percentage in it.

Software:
C# & Python
Technologies:
IP and AI
Device:
One Hardware and Sofware
Precision:
Suitable
Usages
Botox
Face Action
Beauty Salon
Personally
Body building club
Dermatologist
in this system, we scan people's faces with the camera and keep them in the database. In the next steps, we scan the face again and compare this image with the previous images, detect the different blocks, and also announce the change percentage. It should be noted that according to the questions asked at the time of registration, as well as the questions that determine the environmental conditions and the person's life, as well as the pictures, we can predict how many percentage differences will be created in the future.

The list of features of the designed warehouse robot includes more than 30 items. These features significantly improve productivity, safety, and warehouse management:

1. User Following
- The robot is able to follow the user in the warehouse environment and move automatically.

2. Talking
- The robot can interact verbally with the user and receive commands.

3. Mapping and Navigation
- The robot is able to create and update a map of the warehouse environment.

4. Locating and moving to a specific position
- The user can give the robot a specific position and the robot moves to that point.

5. Self-charging
- The robot automatically returns to the charging station when its battery level is low.

6. Environmental Hazard Detection
- The robot can detect hazards such as smoke, fire, gas leaks, or falling objects.

7. Object Recognition and Classification
- The robot is able to recognize different objects and organize them according to specific categories.

8. Automatic Reporting
- The robot can create reports of daily activities, inventory, and potential problems.

9. Collaboration with other robots
- The robot can coordinate with other robots and perform tasks as a team.

10. Software Update
- The robot is able to receive software updates and add new capabilities.

11. Facial Recognition and Authentication
- The robot can recognize the faces of authorized users and control their access.

12. Multi-language Support
- The robot is able to speak several different languages ​​and understand commands.

13. Load Handling
- The robot can move heavy loads and carry them to specific positions.

14. Temperature and humidity control
- The robot is able to control environmental conditions such as temperature and humidity and make the necessary adjustments if necessary.

15. Lost object detection
- The robot can detect lost objects in the warehouse and inform the user of their location.

16. Voice command support
- The robot is able to receive and execute the user's voice commands.

17. Dangerous object detection
- The robot can detect dangerous objects such as chemicals or explosives and warn.

18. Optimal route planning
- The robot is able to plan optimal routes for moving in the warehouse.

19. Security camera support
- The robot can coordinate with security cameras and increase monitoring of the warehouse environment.

20. Damaged object detection
- The robot is able to detect damaged objects and mark them for repair or replacement.

21. Environmental Sensor Support
- The robot can use environmental sensors to detect various conditions.

22. Unknown Object Detection
- The robot is able to detect unknown objects and mark them for further investigation.

23. Touch Command Support
- The robot can receive and execute user touch commands.

24. Moving Object Detection
- The robot is able to detect moving objects and avoid colliding with them.

25. Motion Command Support
- The robot can receive and execute user motion commands.

26. Falling Object Detection
- The robot is able to detect falling objects and take necessary actions.

27. Text Command Support
- The robot can receive and execute user text commands.

28. Exploding Object Detection
- The robot is able to detect exploding objects and take necessary actions.

29. Support for visual commands
- The robot can receive and execute visual commands from the user.

30. Detection of burning objects
- The robot can detect burning objects and take the necessary actions.

31. Support for touch commands
- The robot can receive and execute touch commands from the user.

32. Detection of leaking objects
- The robot can detect leaking objects and take the necessary actions.

33. Support for motion commands
- The robot can receive and execute motion commands from the user.