Ram Maheshwari Logo Image
Rohit Kumar

Smart Tank Management System

A project that enables cursor movement by hand gesture requires a combination of hardware and software components to track the user's hand movements, recognize their gestures, and translate those gestures into corresponding cursor movements. The hardware component can be a camera or sensor that captures images or video of the user's hand, and the machine learning model is trained on a dataset of hand gestures to recognize them. The gesture recognition software takes the input from the hand tracking hardware, applies the machine learning model to recognize the user's gesture, and moves the cursor on the screen. Finally, a user interface provides a way for the user to interact with the system and customize settings like cursor speed or gesture recognition sensitivity

Project Overview

A project that allows cursor movement by hand gesture would require a combination of hardware and software components. Here is a breakdown of some of the key components and how they work together:
1. Hand tracking hardware: The first component you will need is hardware that can track the user's hand movements. This could be a camera, such as a webcam or depth sensor, that captures images or video of the user's hand. Alternatively, it could be a wearable sensor that is attached to the user's hand and measures its position and orientation.
2. Machine learning algorithms: Once you have the hand tracking hardware in place, you will need to train a machine learning model to recognize the user's hand gestures. There are a variety of machine learning algorithms you could use for this, including support vector machines (SVM), artificial neural networks (ANN), or deep learning models like convolutional neural networks (CNN). The model would need to be trained on a dataset of hand gestures, which could be collected through video or image capture.
3. Gesture recognition software: With the machine learning model trained, you will need to develop software that can recognize the user's gestures and translate them into cursor movements. This software would take the input from the hand tracking hardware, apply the machine learning model to recognize the user's gesture, and then use that information to move the cursor on the screen.
4. User interface: Finally, you will need to create a user interface that allows the user to interact with the system. This could be a simple graphical user interface (GUI) that shows the current position of the cursor, or it could be a more complex interface that allows the user to customize the system's settings, such as the speed of cursor movement or the sensitivity of gesture recognition.

Lorem ipsum dolor sit amet consectetur adipisicing elit. Neque alias tenetur minus quaerat aliquid, aut provident blanditiis, deleniti aspernatur ipsam eaque veniam voluptatem corporis vitae mollitia laborum corrupti ullam rem?

Tools Used

HTML
CSS
JavaScript
IoT
ESP32
C++