ABC Robotics Initiative – Agricultural, Biological & Cognitive

Announcements

09/12/2020

Congratulations to Prof. Ilana Nisky upon winning the 2021 Early Career Award

Congratulations to Prof. Ilana Nisky upon winning the 2021 Early Career Award from the Society for the Neural Control of Movement.

https://ncm-society.org/about-the-society/

The Early Career Award was established in 2018 to recognize outstanding contributions by scientists early in their careers that have significantly advanced our understanding of the neural control of movement.
10/11/2020

Congratulations to ABC Masters Fellow, Shani Arusi

Congratulations to ABC Masters Fellow, Shani Arusi, for receiving the Honorable Mention Award at the IROS 2020 Workshop for her submission of an abstract and presentation titled:
"Stiffness perception by the left and right hands is scaled according to asymmetrical hemispherical maps"

THE CERTIFICATE OF AWARD:
08/11/2020

New Israeli robot scurries like a cockroach, runs like a lizard - swims, too

A new high-speed amphibious robot inspired by the movements of cockroaches and lizards, developed by BGU researchers, swims and runs on top of water at high speeds and crawls on difficult terrain.
The mechanical design of the AmphiSTAR robot and its control system were presented virtually last week at the IROS (International Conference on Intelligent Robots and Systems) by Dr. David Zarrouk (pictured below right), director of the Bioinspired and Medical Robotics Laboratory in BGU's Department of Mechanical Engineering, along with graduate student Avi Cohen.

"The AmphiSTAR uses a sprawling mechanism inspired by cockroaches, and it is designed to run on water at high speeds like the basilisk lizard," says Zarrouk. "We envision that AmphiSTAR can be used for agricultural, search and rescue and excavation applications, where both crawling and swimming are required."

The palm-size AmphiSTAR, part of the family of STAR robots developed at the lab, is a wheeled robot fitted with four propellers underneath whose axes can be tilted using the sprawl mechanism. The propellers act as wheels over ground and as fins to propel the robot over water while swimming and running on water at high speeds of 1.5 m/s. Two air tanks enable it to float and transition smoothly between high speeds when hovering on water to lower speeds swimming, and from crawling to swimming and vice versa.
The experimental robot can crawl over gravel, grass and concrete as fast as the original STAR robot and can attain speeds of 3.6 m/s (3.3 mph).

"Our future research will focus on the scalability of the robot and on underwater swimming," Zarrouk says.

Media Coverage:

Times of Israel
New Atlas
Jpost
Ha'aretz
TechXplore
Israel 365 Newa

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