The biorobotic demonstrator with Locusta migratoria individuals a

Download scientific diagram | The biorobotic demonstrator with Locusta migratoria individuals a. Different robotic stimuli to which L. migratoria was exposed are shown in b: gregarious-like biorobotic demonstrator (GL-BR), solitary-like biorobotic demonstrator (SL-BR), white biorobotic demonstrator (W-BR), gregarious-like neutral demonstrator (GL-N), solitary-like neutral demonstrator (SL-N), white neutral demonstrator (W-N) from publication: Robot-Locust Social Information Transfer Occurs in Predator Avoidance Contexts | Social learning is an evolutionarily important ability increasingly attributed also to invertebrate species. Interfacing robots with animals represents a promising strategy to investigate social learning. Herein, we studied if the gregarious form of Locusta migratoria, a | Social Informatics, Biomimetics and Predators | ResearchGate, the professional network for scientists.

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PDF) Robot-Locust Social Information Transfer Occurs in Predator Avoidance Contexts

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PDF) Design, Optimization, and Experiment on a Bioinspired Jumping

Photo #79407: Locusta migratoria

Number of Locusta migratoria individuals performing hiding

Differences in identified neurons and neuronal circuits between

8449 PDFs Review articles in SOCIAL ROBOTICS

The biorobotic demonstrator with Locusta migratoria individuals a

Changes from solitarious to gregarious behaviour occur rapidly and

Donato ROMANO, Professor (Assistant), PhD

Cyborg locusts may one day help search-and-rescue missions