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Artificial skin could allow robots to feel like we do

Unlike the current system used to interconnect sensors in existing electronic skins, all the sensors in ACES can be connected to a common electrical conductor with each sensor operating independently. This allows ACES-enabled electronic skins to continue functioning as long as there is one connection between the sensor and the conductor, making them less vulnerable to damage. ACES' simple wiring system and remarkable responsiveness even with increasing numbers of sensors are key characteristics that will facilitate the scale-up of intelligent electronic skins for Artificial Intelligence AI applications in robots, prosthetic devices and other human machine interfaces.

For instance, pairing ACES with the transparent, self-healing and water-resistant sensor skin layer also recently developed by Asst Prof Tee's team, creates an electronic skin that can self-repair, like the human skin. This type of electronic skin can be used to develop more realistic prosthetic limbs that will help disabled individuals restore their sense of touch.

Synthetic and Bio-Artificial Tactile Sensing: A Review

Other potential applications include developing more intelligent robots that can perform disaster recovery tasks or take over mundane operations such as packing of items in warehouses. The NUS team is therefore looking to further apply the ACES platform on advanced robots and prosthetic devices in the next phase of their research. Materials provided by National University of Singapore. Note: Content may be edited for style and length.

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Science News. Faster than the human sensory nervous system "Humans use our sense of touch to accomplish almost every daily task, such as picking up a cup of coffee or making a handshake. Related Multimedia : YouTube video: Novel artificial nervous system gives robots an exceptional sense of touch. Ho, Benjamin C. A neuro-inspired artificial peripheral nervous system for scalable electronic skins.

Science Robotics , ; 4 32 : eaax DOI: ScienceDaily, 18 July National University of Singapore. New e-skin innovation gives robots and prosthetics an exceptional sense of touch: Unique sensor system responds 1, times faster than the human sense of touch, the fastest ever achieved for an e-skin.

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  • Retrieved September 23, from www. They used this method to design a new material, a mixture of carbon nanorings and iodine, which Monitoring acetone levels can provide insight into fat metabolism during ketosis. Our non-invasive sensors can accurately detect breath acetone levels to monitor daily fat burn rates. The human volatilome can provide insight into our health.

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    Food spoilage releases VOCs that our sensors can detect. As colloidal chemist in a visionary chemical sensor start-up, your position will involve tasks that are operational and strategic in nature. Stratuscent is a vertical AI startup from Montreal that is building a chemical sensing platform which seamlessly integrates the power of novel AI algorithms, material innovations and robust additive manufacturing technologies.

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    Scientists Have Created Artificial Electronic Skin That Can 'Feel' Like the Real Thing

    Cloud-Based Deep Learning. Inexpensive, cloud-based, on-demand computational and storage nodes that meet our deep learning computational demands. IoT Connectivity. The proliferation of IoT connected devices that enable seamless integration between our sensors and our cloud-based analytics engine. Scalable Additive Printing. Scalable additive printing techniques that permit volume manufacturing of our low cost sensors.

    Providing actionable information on air quality for indoor environments. Monitor food quality and detect contamination. Measuring chemical biomarkers present in human breath to assist in medical diagnosis.

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    Detecting food spoilage and contamination by integrating into smart refrigerators. Monitoring industrial emissions and hazardous gases in outdoor environment.