What does "multi-robot coordination" involve?

Multi-robot coordination involves the synchronized operation of multiple robots to achieve a common goal. This concept is crucial in scenarios where tasks can be more efficiently completed through collaboration rather than individual efforts. By working together, robots can divide tasks, share information, and optimize their movements to enhance productivity and effectiveness.

For example, in a manufacturing environment, multiple robots may be programmed to collaboratively assemble a product, ensuring that each robot performs specific tasks simultaneously, thus reducing the overall time required for completion. This coordination allows for improved workflow, increased output, and better resource allocation.

The other options do not capture the essence of multi-robot coordination. Independent operation emphasizes each robot working solo without interaction, which does not leverage the benefits of teamwork. Utilizing a single robot to handle all tasks would negate the potential advantages of having multiple robots available for concurrent operations. Lastly, competition among robots conflicts with the collaborative nature of multi-robot coordination, which is fundamentally about cooperation to achieve shared objectives rather than competing against each other.