Object detection is a computer technology related to computer vision and image processing that deals with detecting instances of semantic objects of a certain class. For Object detection machine learning is being widely used all around the world, for this approach a module is trained to make predict
object detection with machine learning
Object detection is a computer technology related to computer vision and image processing that deals with detecting instances of semantic objects of a certain class. For Object detection machine learning is being widely used all around the world, for this approach a module is trained to make predictions about the object. This module will be able to detect the selected objects in every background and environment. In this project we will use machine learning to detect custom objects using Arduino boards. After the module is training it will be can to detect items and differentiate between them. Python has been the go-to choice for Machine Learning and Artificial Intelligence developers for a long time. Python offers a broad set of libraries for machine learning: TensorFlow, Numpy, SciPy, Theano, Keras and PyTorch. in this project using tensorflow for object detection.

The starting step towards the completion of our project would be the learning of python language and getting a complete efficiency in this regard. We must be completely proficient in using the machine learning libraries like TensorFlow, Numpy, SciPy, Scikit-learn, Theano, Keras, PyTorch, Pandas, Matplotlib and OpenCV.
Next is the development of environment for implementation of machine learning algorithms working together. For this purpose, their compatibility must be matched and for this reason a complete research on the documentation of each libraries and dependencies must be done.
Next step would be the gathering and selection of data. The data should be appropriate and must be optimize enough to give a module a complete set of information for its training.
Finally, the machine learning algorithm then implemented to detect the objects using camera.
Surveillance Industry, by monitoring any suspicious activity automatically.
Self-driven Cars, by identifying the road or obstacles to avoid.
Industrial Sorting, by sorting between different products in industry.
Medical Industry, for diagnosis using report images
Robotics, to equip the robot with environmental based reaction.
Online Tracking, to track any object using its pictures.
Ball Tracking in Sports, to automatically move the camera where the ball goes
| S. No. | Elapsed time from start (in months) of the project | Milestone | Deliverables |
| 01 | 2 | Python learning | Proficiency in using Python |
| 02 | 5 | Setting up Development Environment | Integrated TensorFlow module with all compatibilities fulfilled |
| 03 | 6 | Completion of Data | The data must be collected and transferred into suitable format for module training |
| 04 | 9 | Module Training | Module recognizing and identifying objects |
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| Elapsed time in (days or weeks or month or quarter) since start of the project | Milestone | Deliverable |
|---|---|---|
| Month 1 | python learning | proficiency in using python |
| Month 2 | python learning | proficiency in using python |
| Month 3 | setting up development environment | Integrated TensorFlow module with all compatibilities fulfilled |
| Month 4 | setting up development environment | Integrated TensorFlow module with all compatibilities fulfilled |
| Month 5 | setting up development environment | Integrated TensorFlow module with all compatibilities fulfilled |
| Month 6 | Completion of Data | The data must be collected and transferred into suitable format for module training |
| Month 7 | Module Training | Module recognizing and identifying objects |
| Month 8 | Module Training | Module recognizing and identifying objects |
| Month 9 | Module Training | Module recognizing and identifying objects |
| Month 2 | python learning | proficiency in using python |
| Month 3 | setting up development environment | Integrated TensorFlow module with all compatibilities fulfilled |
| Month 4 | setting up development environment | Integrated TensorFlow module with all compatibilities fulfilled |
| Month 5 | setting up development environment | Integrated TensorFlow module with all compatibilities fulfilled |
| Month 6 | Completion of Data | The data must be collected and transferred into suitable format for module training |
| Month 7 | Module Training | Module recognizing and identifying objects |
| Month 8 | Module Training | Module recognizing and identifying objects |
| Month 9 | Module Training | Module recognizing and identifying objects |
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