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Tiny autonomous robots
Tiny autonomous robots

Tiny autonomous robots advanced to think and action like insects

collected by :Molly Tony

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Scientists are developing a new type of programming that will allow Tiny autonomous robots to think and act like insects, making them more autonomous and adaptable to complex environments.
Although the robot currently remains tethered to a power source, the Harvard researchers are developing new power sources to eliminate the restraint.
The Cornell algorithms will help make RoboBee more autonomous and adaptable to complex environments without significantly increasing its weight.
We are developing sensors and algorithms to allow RoboBee to avoid the crash, or if crashing, survive and still fly,” said Silvia Ferrari, professor at Cornell University.
It can run at a speed of 0.44 metres-per-second, but Ferrari’s lab is developing event-based algorithms that will help complement the robot’s speed with agility.

Cornell Chronicle: Engineers program Tiny autonomous robots to move, think like insects

ITHACA, N.Y. — While engineers have had success building Tiny autonomous robots, insect-like robots, programming them to behave autonomously like real insects continues to present technical challenges.
Because the chips require significantly less power than traditional processors, they allow engineers to pack more computation into the same payload.
The Cornell algorithms will help make RoboBee more autonomous and adaptable to complex environments without significantly increasing its weight.
Cornell engineers are developing new programming that will make them more autonomous and adaptable to complex environments.

Unlike traditional chips that process combinations of 0s and 1s as binary code, neuromorphic chips process spikes of electrical current that fire in complex combinations, similar to how neurons fire inside a brain.
Ferrari’s lab is developing a new class of “event-based” sensing and control algorithms that mimic neural activity and can be implemented on neuromorphic chips.
Because the chips require significantly less power than traditional processors, they allow engineers to pack more computation into the same payload.
She’s also collaborating with leading research groups from a number of universities fabricating neuromorphic chips and sensors.

 

Tiny autonomous robots that can explore and map buildings developed

A group of researchers has created and shown little self-sufficient Tiny autonomous robots , which can investigate, recognize and outline structure inside structures and battle zones.

Researchers from the Georgia Institute of Technology, the University of Pennsylvania and the California Institute of Technology/Jet Propulsion Laboratory (JPL) worked together for the Micro Autonomous Systems and Technology (MAST) Collaborative Technology Alliance Program, a noteworthy research activity supported by the U.S. Armed force Research Laboratory.
MAST”s extreme target is to create innovations that will empower palm-sized self-sufficient robots to enable people to manage regular citizen and military difficulties in kept spaces.
In the trial, the robots play out their mapping work utilizing two kinds of sensors – a camcorder and a laser scanner.
Upheld by installed figuring ability, the camera finds entryways and windows, while the scanner measures dividers. Likewise, an inertial estimation unit settles the robot and gives data about its development.
Information from the sensors are incorporated into a neighborhood that is created by every robot utilizing a chart based system called concurrent limitation and mapping (SLAM).
The SLAM approach enables a self-ruling vehicle to build up a guide of either known or obscure conditions, while additionally checking and writing about its own present area.
The paper was exhibited in April at the SPIE Defense, Security and Sensing Conference in Orlando, Fla.
Tiny autonomous robots

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