James McLurkin invented his robotic ants in the early 2000s, with notable developments around 2005. He aimed to explore swarm robotics and decentralized systems, inspired by the behavior of social insects. By creating these robotic ants, McLurkin sought to demonstrate how simple individual behaviors could lead to complex group dynamics, which has implications for various fields, including robotics, Artificial Intelligence, and understanding natural systems.
James McLurkin
His Robotic Ants. Each are about an inch across and run on 3 motors. The ants work together, and continue to do so even if half of the group is destroyed or fails in their primary goal.
James McLurkin is known for his work in robotics, particularly in the development of swarm robotics. He created a series of small, autonomous robots capable of working together to accomplish tasks, mimicking the behavior of social insects like ants and bees. His research aims to explore how these robots can collaborate effectively, leading to advancements in fields such as search and rescue, environmental monitoring, and autonomous systems. McLurkin's contributions have significantly impacted the understanding of decentralized robotic systems.
Robotic ants, about the size of a sugar cube are used by scientists in studies of social and swarm behavior.
Robotic ants, about the size of a sugar cube are used by scientists in studies of social and swarm behavior.
He was sad because he was with his ants and not his evil strawberries
"Leiningen vs the Ants" is a famous short story by Carl Stephenson. Some of the foreshadowing refers to the event when the character is eventually knocked down by the ants.
Flying ants usually come at the very end of August or the beginning of September.
Yes ants do produce ants to continue the family.
red ants
Elmo's Ants.
Ants that eat other ants.