|Course content (For Bootcamp & Winter Training):- Machine Learning (ML) || Internet of Things (IoT) || Register for winter bootcamp|
Our Summer Trainee Navya Mathur from Mody University got placed in 6 companies at a time that are SAP Labs,HSBC Bank,Mahindra & Mahindra, Accenture, Aricent, Infosys.
Our another Summer Trainee Muskan Singla from #ModyUniversity got placed in 6 companies at a time that are HSBC Bank,SAP Labs, Honeywell, Accenture, Aricent, Infosys. They Completed their Summer Training in AI and Machine Learning(ML) Using Tensorflow(Python) at Goeduhub Technologies Jaipur, Rajasthan, India.
Advancements in technology have changed how we move from one place to another; cars today include semi-autonomous features like self-braking systems, obstacle detections, and assisted parking systems. Artificial Intelligence has already started to replace humans in many areas. This project is to develop a fully autonomous vehicle prototype which uses neural networks to sense the complete environment around it and take actions according to the inputs from the dynamic environment. The car can perform lane detection, traffic sign recognition, and traffic lights recognition. The car has 2 rear wheels and one casor wheel in the front.
A picamera was attached on the car for capturing live frames. The ultrasonic sensor is attached at the front of the car to detect the obstacles when passing through the obstacles. A 2 lane track is built to test the car and some obstacles are placed on the track. The car will navigate by itself and overtake all the obstacles on the track. The Raspberry pi communicates with single board computer through Wi-Fi. The single board computer is hosted by a TCP server. When picamera captures a frame which is sent through Raspberry to server for further processing and making prediction with the help of neural network model and helps the car to navigate itself.
This project is completed by Neha from BITS Pilani. She completed her Summer Training from Goeduhub Technologies Jaipur in Artificial Intelligence(AI) and Machine Learning(ML). The main idea is to collect and build datasets of different faces and train a model that can recognize faces from the live video with high accuracy using regular learning. This Project is implemented in Python using numpy, Opencv and AI concepts on Jupyter notebook. OpenCV includes a comprehensive set of both classic and state-of-the-art computer vision and machine learning algorithms. This project incorporate different algorithms:
OpenCV is a great tool to have in hand when dealing with data problems related to media. In the case you want to create your own tuned algorithm, due to its simplicity it lets you use the majority of your resources on developing the algorithm itself and not on the manipulation of the data, which can be a pain in the.
This project is completed by Shiny Agarwal from JECRC Jaipur. She completed her Summer Training from Goeduhub Technologies Jaipur in Artificial Intelligence(AI) and Machine Learning(ML). In this project we used computer vision system that can automatically detect driver drowsiness in a real-time video stream and then play an alarm if the driver appears to be drowsy.
Some Study Resources are compiled from original Stack Overflow Documentation, the content is developed by the different experts at Stack Overflow. Study resources are released under Creative Commons BY-SA. Images may be copyright of their respective owners. This website is for self-learning and not affiliated with Stack Overflow. All trademarks and registered trademarks are the property of their respective company owners. Please send feedback and corrections to firstname.lastname@example.org.