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Australia’s Army Tests Killer Robot Dogs: Man’s Worst Enemy?

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Soldiers mentally controlling a robot dog as they patrol a dirt road and sweep a building may sound like science fiction, but this is a scene from a real-life demonstration.

The Aussie Army has optimal mind control capabilities with eight sensors neatly packaged in the helmet that work in conjunction with Microsoft HoloLens.

The innovation includes an AI decoder that translates the soldier’s brain signals into interpretable instructions that are sent to the four-legged robot, allowing humans to remain focused on their surroundings.

Killer robot dogs controlled by a soldier’s MIND being tested by the Australian Army https://t.co/KsRC7S66Aa

– Daily Mail UK (@DailyMailUK) March 23, 2023

A new video shows a soldier conducting simulated patrols with a robotic dog that was ordered to scan an object using what it reads from a person’s brainwaves – with 94% accuracy.

The system was developed by the University of Technology Sydney, which first revealed the innovation last year, but has recently released a new paper detailing how it works.

“The user has used our Augmented Brain-Robot Interface (aBRI) platform to control robot systems. The aBRI platform allows the user to interact with machines/robots in a more natural way, which is better than setting up a brain-computer interface application,” according to a paper published by the American Chem. society on March 16. Normal (BCI), which requires users to remain still.

The researchers describe the aBRI platform, which consists of four main components: hardware interfaces, an electroencephalography (EEG) system, one tablet computer, and a robotic system.

Previous work, announced last year, demonstrated a technique for collecting EEG signals “from the frontal region of the head using non-invasive epitaxial graphene (EG) sensors based on silicon carbide (SiC) on silicon with an indivisible surface.

The latest update has shown the value of brain machine interfaces that take instructions from the occipital lobe, which is responsible for visual perceptions such as color, shape, and movement.

The human controller only needs to imagine the direction in which he wants the robot to move and the car to follow.

The technology allows soldiers to control robots hands-free and is ideal for combat.

This is very intuitive. It only took a few sessions. It’s more of a visual focus. You don’t need to think about anything. Selected to trigger the robot, but you need to focus on that blink.” Blink is a beacon in the HoloLens headset that acts as a marker that the Robot Dog moves towards, keeping it in its lane.

“The potential of the project is very broad,” said Robinson. “Essentially, it translates brain waves into ones and zeros, and this can be applied to a number of different systems.”

Source: Daily Mail

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