91 results found for “బొమ్మలు*”

AI robot integrates Jetson Nano GPU computing with ROS 2 middleware for autonomous mobility and AI vision. AI camera captures real-time video for object tracking while TensorFlow and OpenCV perform image classification and motion analysis. ROS 2 coordinates LiDAR, IMU and motor modules through...

AI robot combines Mecanum wheel mobility and ROS 2 architecture to teach autonomous navigation and AI vision. Jetson Nano GPU computes object detection and path optimization using TensorFlow and OpenCV. LiDAR and IMU provide real-time SLAM mapping and stabilization, while ROS middleware synchronizes sensors...

AI robotic hand learning kit combines precision mechanics with intelligent programming to provide a comprehensive STEM learning experience. The system integrates dual controllers (Arduino and ESP32) to achieve real-time motion control, vision tracking, and gesture imitation, making it a perfect bridge between theory and...

Robot GCC AI Robot Car Kit is a powerful robotics and programming platform designed for STEM learning in UAE and GCC markets. Built on the ESP32 WROVER dual-core processor, it integrates Wi-Fi, Bluetooth, AI vision, and IoT connectivity, making it ideal for robotics education,...

Robot GCC Wi-Fi AI Robot Car Kit is a powerful robotics and programming platform designed for STEM learning in UAE and GCC markets. Built on the ESP32-CAM microcontroller, it integrates AI vision, IoT connectivity, real-time video streaming, and embedded control, making it ideal for...

Robot GCC Mecanum Smart Robot Car Kit (Bunny Design) is a fun yet powerful robotics and programming platform designed for STEM learning in UAE and GCC markets. Powered by the Raspberry Pi Pico controller, this innovative robotics kit combines AI-style obstacle avoidance, omnidirectional movement,...

AI robot dog technology introduces a new generation of autonomous bionic robots that combine voice interaction, AI vision, and ROS programming for education and research. AI vision robot uses a high-definition camera and TensorFlow algorithms to recognize objects, faces, and colors in real time....

The XR Phage AI Hexapod Robot is a high-end ROS-based robotics platform powered by Jetson Nano, designed for AI vision, SLAM mapping, and autonomous navigation. Equipped with a depth camera, RPLiDAR, IMU, and HD vision system, it supports advanced functions such as face recognition,...

OpenCV AI Vision Kit for Raspberry Pi introduces students to the fundamentals of computer vision, image processing, and artificial intelligence. The educational platform integrates a high-resolution camera with OpenCV and TensorFlow support, allowing learners to develop real-world AI applications such as face detection, color...

Smart greenhouse platform combines IoT technology and AI-driven automation to teach students how modern agriculture uses data to control temperature, humidity, light, and irrigation. Sensor modules measure environmental parameters and transmit data to the Raspberry Pi controller for real-time analysis and decision-making. Python and...

IoT gateway platform bridges edge devices and cloud intelligence through a 4G network module and Raspberry Pi controller. Designed for AI and IoT education, it teaches students how real-time data flows from sensors to servers for automation and analysis. Integrated 4G LTE communication ensures...

This advanced educational robot platform combines ROS 1, AI vision, and a Mecanum-wheel omni-drive system to create a complete solution for teaching robotics, navigation, and artificial intelligence. Designed for universities and research institutions, it allows students to explore every layer of robotic intelligence —from...

The autonomous robot learning platform is built around the Ackermann-steering concept, reproducing the kinematics of real self-driving vehicles. Using the ROS 2 ecosystem, it provides an open-source educational environment that bridges mechanical control, sensor fusion, and AI decision making. Students and researchers can explore...

AI core learning controller kit is a comprehensive development platform that combines Arduino and ESP32 to deliver high-performance control for AI, IoT and robotics applications. It teaches students how embedded systems communicate, process data, and interact with the physical world. Through its dual-processor architecture,...

The IR Obstacle Avoidance Module detects nearby objects using infrared reflection. It’s compact, low-power, and perfect for smart robots, automatic doors, and obstacle-avoidance systems. The adjustable potentiometer fine-tunes sensitivity, making it ideal for classroom projects and DIY robotics. Compatible with Arduino and ESP32, it...