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Baby detector software embedded in digital camera rivals ECG

A baby in Flinders Medical Centre's intensive care neonatal unit, one of seven infants whose vital signs were remotely monitored in the study.University.

United statesUniversity of south australiaSouth australiaKim gibsonJavaan chahlFlinders medical centreNeonatal intensive care unitNorth americanNorth americaSouth australiaArtificial intelligenceIntensive care unitPremature babiesComputer visionIntensive careCritical care

iTWire - Researchers develop computer vision system that can detect babies faces while monitoring their vital signs

iTWire - Researchers develop computer vision system that can detect babies faces while monitoring their vital signs
itwire.com - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from itwire.com Daily Mail and Mail on Sunday newspapers.

United statesSouth australiaKim gibsonJavaan chahlNeonatal intensive care unitFlinders medical centreNorth american

You may have missed - Cosmos Magazine

It’s a boy! In new research from the Australian National University, swift parrot mothers are choosing to hatch their sons earlier than their daughters, meaning they end up with more male offspring. This might seem surprising, because there are fewer female swift parrots than males, but it is actually a clever way of spreading genes. Female swift parrots in Tasmania often get killed and eaten by invasive sugar gliders when they are looking after eggs, but the males don’t. The mother parrots help the male eggs hatch faster, so that they can grow bigger and stronger and fly around breeding with as many females as possible, suggests the paper published in

United statesUniversity of south australiaSouth australiaRob heinsohnJacob harrisonElina hyppJavaan chahlAustralian national universityUniversity of the sunshine coastProceedings of the royal societyDuke universityRoyal societyAmerican journalClinical nutritionSunshine coastMantis shrimp

Look to dragonflies for better drones

Look to dragonflies for better drones Flapping-wing drones are likely to look more and more like insects as their performance increase, according to researchers at the University of South Australia who have made a detailed study of dragonfly flight to improve the design of drones. “Dragonflies are supremely efficient in all areas of flying,” said UniSA professor Javaan Chahl. “They can turn quickly at high speeds and take off while carrying more than three times their own body weight. They are also one of nature’s most effective predators, targeting, chasing and capturing their prey with a 95% success rate.” The wings are long, light (2% of the insect’s weight) and rigid, with a high lift-to-drag ratio fir superior aerodynamic performance.

Javaan chahl

Modern Drones Could Mimic 300-Million-Year-Old Dragonflies

Modern Drones Could Mimic 300-Million-Year-Old Dragonflies Written by AZoRoboticsApr 28 2021 Scientists from the University of South Australia drew inspiration from a 300-million-year-old flying machine the dragonfly to illustrate why future flapping-wing drones will perhaps look like the insect in wings, shape, and gearing. Flapping wing mechanism made using a 3D printer in a student’s home laboratory. Image Credit: University of South Australia A group of PhD students guided by Javaan Chahl, Professor of Sensor Systems at the University of South Australia (UniSA), used part of the 2020 COVID-19 lockdown to build and test important parts of a dragonfly-inspired drone that might equal the amazing skills of the insect in cruising, hovering, and aerobatics.

Evhenii lukashuk shutterstockJavaan chahlUniversity of south australiaUniversity of south australia uniSouth australiaSensor systemsபல்கலைக்கழகம் ஆஃப் தெற்கு ஆஸ்திரேலியாபல்கலைக்கழகம் ஆஃப் தெற்கு ஆஸ்திரேலியா யூனிதெற்கு ஆஸ்திரேலியாசென்சார் அமைப்புகள்