Unlike pure Computer Vision research, Robot Vision must incorporate aspects of robotics into its techniques and algorithms, such as kinematics, reference frame calibration and the robot's ability to physically affect the environment.
The ABC of RPA, Part 5: What Is the Cost of Automation and How Do I Justify It to the Leadership Team?
We've put together a breakdown of the cost of automation, and how to justify it to the leadership team.
How Using the Latest 3D Simulation Software for Vision Guided Robotic Applications Will Save You Time and Money
It is easy to imagine the time saved by using the latest simulation tools to develop vision guided robotic applications.
For developers interested in lower-level control of Cozmo, the SDK provides direct access to low-level controls such as driving the robot's treads, moving the head and lift, displaying bitmaps on his screen, reading accelerometer and gyroscope data, processing images from his camera, and communicating with the power cubes (lights, accelerometer, tap detection).
Bomb robots were designed to help detonate and remove Improvised Explosive Devices (IEDs), not to deliver payloads. But the Dallas police improvised and attached a bomb delivery system to the robot.
The flight of Intuitive Machines illustrated and proved that an excellent developed UAV like the Tiburon Jr, equipped with a powerful and reliable engine can be an efficient alternative to manned airplanes and helicopters, even in hazardous environments.
All these companies are logistics and material handling vendors and times are changing in logistics and fulfillment
In part four of the ABC of RPA series, we discuss how to choose the right software to suit your automation requirements.
In recent years, there have been many demands for equipment with high productivity to have a system that retains positioning information, even after the main power supply is turned off.
Industrial robotics is changing the U.S. manufacturing industry portrait.
A manufacturing cell can reduce part transportation because the close proximity of the cell's resources makes part transportation almost non-existent.
The system has been designed to enable the picking surface to be changed very quickly.
Freed from the isolation of the real-time system and from other functions such as the user interface, OEMs are able to explore more innovative solutions with less risk and overhead.
Identifying the departments with the biggest backlog, the most amount of overtime or the area that receives the highest number of complaints is a straight forward way to prioritize which areas of the organization to automate.
While the exterior mechanics of a robot may be fascinating, it is their programming and software that has the most utility for future workforces.
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Our fully autonomous intelligent vehicles will help you to transform the way you move materials and route your workflows. Increase throughput, eliminate material flow errors, improve traceability, maximize flexibility and allow your employees to focus on higher level tasks. Unlike traditional AGV's, our mobile robotics navigate using the natural features of your facility and do not require expensive facility modifications or guidance. Our AIV's can adapt to changes in their environment and work freely and safely with your staff. Our mobile robots are intelligent enough to quickly learn their environment and then automatically find the optimal path to where they need to go. They also automatically make adjust for dynamic environments and can work together in fleets of up to 100 robots.