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Honeybee behavior as a model for decision-making in a kilobot swarm

Honeybee behavior is model for decision-making kilobots
Schematics of the collective decision dynamics under scrutiny. The left column represents the dynamics of the decision model: at a given instant of time committed bees are advertising their state to convince undecided bees to commit to their option. The time they spend advertising their option will be directly related to the quality they perceive for that option. As time advances a build up for the better option is expected since it is benefited from longer advertisement periods. The central column shows a schematic representation of our kilobot experiments. Each kilobot has a LED that indicates its state, either uncommitted or committed to (and advertising for) site 1 or 2. The right column displays schematically how the different proportions of bees on each state evolve in time, starting from a totally uncommitted population. Credit: arXiv (2023). DOI: 10.48550/arxiv.2310.15592

Researchers at the University of Barcelona have made a sweet discovery: Honeybees make great subjects when studying the dynamic of group behavior and decision-making.

In a recently released study, Professor M. Carmen Miguel, who has previously studied leadership activity among schooling fish and social interactions among flocks of birds, said a group of mini robots were trained to reach a consensus on tasks by mimicking processes displayed by .

The intricate behavior of bees has long been a subject of great interest among researchers. There are more than 4,000 species of the insect, and they have been around for more than 100 million years.

The Barcelona researchers designed and built an army of 35 kilobots equipped with tiny legs, LED lights, an infrared-light receiver, and dance moves somewhat less intricate than John Travolta in "Pulp Fiction" but still impressive.

They were programmed to replicate interactions among bees with skills such as light recognition and motion signals.

Each bot was tasked with finding a potential nesting location for the colony and then forging a consensus among the other bots on the optimal spot.

The bot behavior was modeled after "scout" bees, the realtors in the kingdom of Apis mellifera (honeybees) who generally are older, wiser, and knowledgeable about prime spots to build a new hive, such as in knotholes, crevices, or the eaves of a home. They also seek sources of food.

When a scout sights a potential hive site it does a "gaggle dance," a series of rapidly swaying motions in a formation roughly resembling a figure eight.

The dance conveys the degree of desirability and certain details of the potential hive or food source. The dance signals to bees the distance and direction of the potential hive from the dance and, if related to a source of food, the type and size of that food supply.

The more desirable the site, the longer and more frequent the dance.

The researchers devised a representing the hive location task. They then launched the 35 kilobots—each 3 centimeters wide—with instructions to convey their "opinions" about an ideal site to their fellow bots.

"Our experiments demonstrate that the kilobot swarm can collectively reach consensus decisions in a decentralized manner, akin to honeybees," Miguel concluded. "These factors enable the formation of a percolated communication network, through which each robot can receive information beyond its immediate vicinity."

Miguel said she believes the study will help lead to the development of "simple robots" that will make decisions in "a decentralized, autonomous manner."

Such mini bots could communicate with one another while tracking disease tissue or body abnormalities from within subjects, or be dispatched in search-and rescue missions deemed to risky for humans.

"By shedding light on this crucial layer of complexity," Miguel said, "we emphasize the significance of factors typically overlooked but essential to living systems and life itself."

The paper, "Honeybee-like collective decision-making in a kilobot swarm," was uploaded to the arXiv preprint server.

More information: David March et al, Honeybee-like collective decision making in a kilobot swarm, arXiv (2023). DOI: 10.48550/arxiv.2310.15592

Journal information: arXiv

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