robotics Archives - Page 2 of 4 - Raspberry PI Projects

FLIR HADRON THERMAL/VISIBLE SENSOR MODULE FOR DRONES, ROBOTICS, AND IMAGING

Thermal imaging products company FLIR Systems has announced what it claims is the industry’s first thermal and visible sensor module for drone, robotic, and imaging manufacturers. The FLIR Hadron dual sensor module for drone, robotic, and imaging original equipment manufacturers (OEMs) is designed to help reduce development costs and improve time to market. Offered in a li […]

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Realtime Drowsiness and Yawn Detector Using Raspberry Pi or Any Other PC

In the current epoch, drowsy driver detection is the most necessary procedure to prevent any road accidents. So this project is about building a system, which can detect the drowsiness of the user and alert the user so that an accident can be prevented. Also, this system will detect if the user is taking a

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A LINE FOLLOWER WITH NO BRAINS

A line follower is a common project for anyone wishing to make a start in robotics, a small wheeled device usually with some kind of optical sensor which allows it to follow a line drawn on the surface over which it runs. In most cases they incorporate a small microcontroller or perhaps an analogue computer

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ENABLING AI ON THE EDGE WITH IWAVE’S CORAZON-AI

Edge devices have found their way into smart surveillance, autonomous driving, robotics, and medical imaging. With a growing requirement for making decisions on the edge and data privacy concerns, there is a requirement for intelligent devices capable of making real-time decisions. The Edge AI devices are expected to run complex neural networks and deep learning algorithms while

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DID YOU KNOW THAT THE RASPBERRY PI 4 HAS MORE SPI, I2C, UART PORTS?

We’ve gotten used to the GPIO-available functions of Raspberry Pi computers remaining largely the same over the years, which is why it might have flown a little bit under the radar: the Raspberry Pi 4 has six SPI controllers, six I2C controllers, and six UARTs – all on its 40-pin header. You can’t make use of all of

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DESIGNCORE CARRIER BOARD FOR NVIDIA JETSON XAVIER NX MODULE PROVIDES 12 CAMERA/SENSOR INPUTS TO ENABLE COMPLEX EDGE AI SYSTEMS

Features High-Speed SerDes Input, Power-Over-Coax, On-Board FPGA for Hardware-Level Synchronization, On-Board Peripherals, and Expansion Connectors. D3 Engineering today announced its new DesignCore® Carrier Board, which allows engineers to quickly connect multiple cameras or sensors with the recently launched NVIDIA Jetson Xavier NX module to enable AI at the edge. The new DesignCore Carrier Board allows our customers to take

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An Approach to Semi-Autonomous Indoor Drone System: Software Architectur and Integration Testing

INTRODUCTION An Unmanned Aerial Vehicle (UAV), commonly known as a drone, is an aircraft withouta human pilot aboard. UAVs are a component of an unmanned aircraft system (UAS); which alsoincludes a ground-based controller and a system of communications between the two (Watts et al.,2012). The commercial successes of DJI, GoPro, 3D Robotics and other drone

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Sidewalk delivery is heading for a turf war

An autonomous sidewalk delivery company is announcing the closing of a seed funding round with some big backers. Serve Robotics joins a rapidly expanding list of autonomous delivery developers wooing investors with the notion of robots conducting last mile deliveries in urban and suburban areas. The autonomous delivery ecosystem has been fun to watch, and the name

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WEARHOUSE DISTRIBUTION

1. INTRODUCTION With the advent of e-commerce, the demand for products has increased and the companies need large inventory and require handling large volumes on a daily basis. This includes a lot of labor- intensive tasks like storing, moving, scanning, inspecting, delivering, and many more. For better efficiency, increasing number of warehouse and distribution centers

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A block diagram of the prototype robotic platform

DESIGN OF AN UNMANNED GROUND VEHICLE CAPABLE OF AUTONOMOUS NAVIGATION

ABSTRACT This project is a multidisciplinary initiative with an objective to develop a scalable robotic platform of ground and aerial robotic swarms that are capable of tracking an object in an unknown environment. Conventionally, most robotic platforms perform tasks independently and are not designed to perform tasks in coordination with other robotic agents, thereby limiting

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