The match between actuator and duty cycle now sets uptime and return on investment more firmly than planning algorithms can.

Omnidirectional mobile robots employ specialised wheel assemblies and advanced control algorithms to achieve simultaneous translation and rotation in any direction. Central to these systems are ...

Several factors, from sensors to safety and robotic arms or mobile platforms, help determine the selection of a brushless DC ...

Researchers combined artificial potential field trajectory planning with a discrete integral terminal sliding mode controller ...

With the phased rollout underway since September 30, ELITEMISSION continues to expand its international offering, providing global manufacturers with more options to explore flexible and scalable ...

The concept of robot fleet management (RFM) emerged within this framework. RFM lets robots transmit important information including where they are, what obstacles they see, what work they are doing ...

Until now, houses and buildings were spaces designed for humans. Therefore, floor heights, door widths, and corridor widths ...

Until now, houses and buildings were spaces designed for humans. Ceiling heights, door widths, and corridor widths were all ...

Modern PLCs now have enough processing power to handle complex robot calculations that previously required separate proprietary controllers and programming ...

A new AI control system lets MIT’s tiny flying robot move with insect-like agility, boosting its speed by about 450 percent and allowing it to pull off 10 somersaults in 11 seconds. The technology ...