gulfautotools’ Post

Autonomy is the common denominator across multiple industries and applications. From drones to self-driving cars and autonomous robots, the success of a product can be attributed to its ability to operate independently in complex conditions. Meet our teams at XPONENTIAL Show in San Diego this week to learn more about how we've helped industry leaders speed up their development timeline! #Autonomy #Drones #SelfDrivingCars #Robotics #XPONENTIALShow #SanDiego. cc Hussain Ahamed

Starting a new autonomous drone project based on openCV which can detect obstacles and avoid it and can reach the assigned destination automatically without the use of any transmitter. #drone #robotics #opencv

Autonomous vehicles are revolutionizing transport! From drones to ground vehicles, they're reshaping industries with innovation and efficiency. Explore the future with Robotics. #AutonomousVehicles #InnovationInTransport #FutureTech #Drones #GroundVehicles

What are your thoughts on Autonomous vehicles and drones? Self-driving trucks and delivery drones will revolutionize last mile delivery and transportation.

This was a great opportunity to learn more about Gazebo. I will try various methods to set up a simulation for multi-control of both a drone and an AMR #ros #ros2 #px4 #PX4Autopilot #developer #drone #robotics

Robust mobility is essential in logistics, with a focus on the intelligent and flexible transport of goods across challenging terrain. Advances such as drones, autonomous vehicles and sophisticated mobile integrated tracking systems are critical. These technologies increase the speed and resilience of supply chains, allowing them to adapt quickly to market changes and consumer demands. #Logistics #SupplyChainManagement #RobustMobility #SustainableEfficiency #TechIntegration #ThomasHellmuthSander

Did you know there is an increasing need for autonomous vehicles to communicate directly with one another? For drone usage to be sustainable, V2V communication between drones is crucial to limit collisions and potential harm. Learn more in today's Friday Fun Fact! #AutonomousVehicles #V2VCommunication #DroneTechnology #FutureTech #TechInnovation #FridayFunFact #InnovationInsights #SmartMobility #TechTrends #ConnectedDevices

To determine if any obstacle detected by the LiDAR can collide with the car, I have been working on a project that, based on the car's trajectory calculated from the Ackerman configuration of the steering wheel, uses the Separating Axis Theorem (SAT) to draw a zone for collision detection and mark objects that interfere with the car's path. This project can be adapted for various types of robots, including drones and AGVs (Autonomous Guided Vehicles). #goROS #rosindustrial #robotics #ROS #ros2 #opensource #objectdetection #robotics #robots #AutonomousMobility #autonomousvehicles #AutonomousVehicles #ROS #ROS2 #opensource #robot #robotics

What is Visual SLAM? Visual SLAM is a method used in robotics and computer vision to create a map of an environment while simultaneously determining the robot's position within that environment, using visual information from cameras. Consider a drone navigating through a forest to deliver a package. The drone uses its onboard camera to capture images of the surroundings. Visual SLAM processes these images to map the forest path and accurately estimate the drone's position, ensuring it follows the correct route and avoids obstacles. Applications: - Drones - Autonomous Vehicles - Augmented Reality - Mobile Robots - Indoor Navigation Techniques: - Feature Extraction - Feature Matching - Bundle Adjustment - Loop Closure Detection - Structure from Motion (SfM) --- akshetpatel.com

From self-driving cars to autonomous drones, automation is reaching new heights. Explore the potential and challenges of autonomous systems in various industries. https://hubs.li/Q02KP-qd0 #AutonomousSystems #Automation #TechInnovation