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  New Computer News A company called Defracto-I plans to release robots with eyes that can sort through objects. These robotics will use com...

 

New Computer News

A company called Defracto-I plans to release robots with eyes that can sort through objects. These robotics will use computerized wraparound lasers, strobe lighting, and solid-state video cameras. Their robots will sort through 10,000 objects per hour. The robots will be low-cost and fail-safe minis.

CMU Array is a customizable, 3D-printed, ultra-high-density microelectrode array platform for next-generation brain-computer interfaces

The CMU Array is a customizable, three-dimensional-printed, ultra-high-densities microelectrode array platform for next-generation brain-computer interfaces. Its architecture is patent-pending. The CMU team plans to share its successful process with other researchers and to seek funding to commercialize the technology.

The CMU Array was created by researchers at Carnegie Mellon University and can be tailored to the needs of different patients. Its ability to be completely customizable could make it the ideal tool for treating neurological disorders. It could help treat epilepsy, stroke, and other neurological conditions by linking brain neurons to an external electronic device.

Four-legged robots that walk on rugged terrain

The University of California, San Diego researchers have developed algorithms to enable four-legged robots to move over uneven terrain. These algorithms can detect and avoid moving and static obstacles. The new algorithms could guide robotic vehicles over challenging terrain, including uneven surfaces and crowded areas.

Ozkan-Aydin's robot has four flexible legs and is powered by a lithium polymer battery. Its system includes three sensors - a light sensor and two magnetic touch sensors - and a microcontroller. He developed his robots during the COVID-19 pandemic.

Robots that smell in VR environments

A recent British Science Festival featured a demonstration by researchers at the University of Sussex. They demonstrated a new technology that allows virtual reality to simulate the smells we experience. Now, scientists hope to use this technology to improve the training of bomb-sniffing dogs. It could help them make quick associations with different animals. And there are already companies working on VR systems that incorporate smell. They aren't yet wearables, but they're expected to be included in commercial VR systems shortly.

Researchers have studied the capabilities of the trigeminal nerve to add smells to VR. The researchers have developed an OVR headset that can simulate the smell of a forest. It uses a single molecule instead of complex aromas to create the sensation of a forest. They say that the users' feedback showed that the headset's odour was "forest-y," which enables people to recognize the scent even in a virtual environment.

Robots that walk

In recent computer news, scientists have created a dog-sized robot with four legs. The robot can learn from its own mistakes and improve its technique as it goes along. It can complete a task in under an hour. It is shaped like a dog, with animal-like facial features and a computer that measures its mistakes.

The system is highly energy efficient, consuming 10 times less than other robots on the market. It is also able to react to rough terrain and keep its balance. As a result, it can perform a wide range of human-like tasks. Future applications could include search-and-rescue robots and household chores. Ultimately, scientists hope that robots with legs will replace humans in various roles.

Robots with eyes

In recent years, we've seen advances in robotic surgery, but the latest is robots with eyes. These machines can perform delicate procedures on people, such as retinal surgery. This type of surgery requires micrometric precision, and a robot with eyes could make the process much easier. While this kind of surgery is still far off, it shows tremendous promise for improving the safety and efficacy of eye surgeries.

One robot with eyes is called Transgazer and was developed by the Nippon Telegraph and Telephone Corporation. This robot has open eyes and can appear to stare at people, even if the robot is not directly in front of them. Its creator, Yuki Kinoshita, believes this technology can improve human-robot interactions.