Voice and the rise of home devices and smart speakers are opening up new possibilities for researchers, enabling respondents to engage beyond simply typing a response and creating opportunities for ongoing dialogue. In an ESOMAR paper, What market research can learn from Alexa & Siri, a trio of authors – Young Ham (Kantar Australia), Jason Dodge (Kantar US) and Rebecca Southern (Kantar Australia) – extol the benefits of chatbots and AI. "These can help bridge the gap between quantitative and qualitative, offering more in-depth ways to better understand today's consumers," they write. "These give the chance to participate in a more interactive, flowing manner that is more conversational than a typed response." And for marketing and insights teams, they add, "AI can deliver smarter, more impactful consumer engagement... at scale".
Organizations today are focused on identifying avenues to introduce AI into daily tasks and deliverables. While the common perception is that it creates a sense of insecurity among employees, contrary to this belief, employees are in fact more receptive and ready to deploy AI into their work, a study by Dale Carnegie reveals. During a roundtable discussion on "Preparing people for the Human Machine Partnerships of the future," conducted by Dale Carnegie in New Delhi, experts explored ways in which industry leaders can incorporate AI technology into their HR Tech, performance feedback systems, upskilling initiatives, etc. The panel discussion was led by Dale Carnegie representatives including Pallavi Jha, MD & Chairperson, Dale Carnegie of India; Mark Marone, Director - Research & Thought Leadership, Dale Carnegie and Associates; Juliette Dennett, Managing Director, Dale Carnegie Northern England; and Jordan Wang, Managing Director New South Wales, Dale Carnegie Australia. The survey that saw participation from 3,846 respondents across 13 countries, aimed to assess the readiness of the global workforce to accept AI in their work, feedback systems, skilling needs, etc., highlighted that 42 percent of the organizations globally are already using AI in one form or the other.
Scientists have found eight more mysterious repeating radio bursts emanating from deep space, which more than quadruples the known number of signals from earlier this year. The new signals were found by the Canadian Hydrogen Intensity Mapping Experiment (CHIME) radio telescope, and give scientists a much broader data set that they hope may help finally unlock their origin. With the discovery, described in a paper submitted to The Astrophysical Journal Letters, the number of repeating radio bursts signals has climbed to 11. The new signals will aid scientists in their efforts to trace the origin and cause of mysterious radio bursts from deep space. According to Nature, the results of a separate observation from researchers in Australia have yet to be published, but bring the number of findings this month alone to nine total.
Not all voice assistants can handle the same requests. We put Siri, Alexa and Google to the test. Gone are the days when you'd write a note on a piece of paper to remind someone to do something. Instead, you now leave reminders on your smart speaker. Google Assistant devices in the U.S., U.K. and Australia will get an upgrade over the next few weeks to allow you to set reminders for other people.
Sudden shrieks of radio waves from deep space keep slamming into radio telescopes on Earth, spattering those instruments' detectors with confusing data. And now, astronomers are using artificial intelligence to pinpoint the source of the shrieks, in the hope of explaining what's sending them to Earth from -- researchers suspect -- billions of light-years across space. Usually, these weird, unexplained signals are detected only after the fact, when astronomers notice out-of-place spikes in their data -- sometimes years after the incident. The signals have complex, mysterious structures, patterns of peaks and valleys in radio waves that play out in just milliseconds. That's not the sort of signal astronomers expect to come from a simple explosion, or any other one of the standard events known to scatter spikes of electromagnetic energy across space. Ever since the first one was uncovered in 2007, using data recorded in 2001, there's been an ongoing effort to pin down their source.
From the curious beginner to the advanced practitioner, this is a group for anyone interested in learning and sharing ideas in AI. We aim to run events to get people together and to support all the great AI initiatives taking place in Queensland. Our Queensland.AI community will also serve as the foundation for the new Queensland AI centre, due to launch in 2019. Check out our website: https://brisbane.ai/
Harry Butler Institute, Murdoch University, are helping to protect Australia's biosecurity. In a first of its kind application in Western Australia, AI technology in the field - using IBM Power-9 based hardware and PowerAI Vision technology - is providing scientists with real-time profile of biosecurity threats within seconds, helping them to identify invasive species, even when distinguishing features may not be visible to the human eye.
AI has the power to boost the economy, improve environmental sustainability and create a more equitable society -- but there are dangers associated with its rise, the panel of experts has told. The report was developed to give Australians a reference point to understand AI, and what living in a future dominated by the technology will really mean. AI refers to a collection of technologies which give machines the ability to perform tasks and solve problems that would otherwise require the human brain to carry out. While the U.S. and China are undoubtedly leaders in AI technology, Australia is punching well above its weight in terms of establishing systems for mining, agriculture, and manufacturing. Australia is also the five-time winner of the world robot soccer competition, the Robocup.
Three New Jersey teens brought home two international awards for their artificial intelligence robot, who competed at the International Robocup Junior Championship in Sydney, Australia earlier this month. The team -- made up of high school juniors Julian Lee of Livingston and Jeffrey Cheng from Bridgewater, and senior Alexander Lisenko, also of Bridgewater -- won the third place World Title for Individual Team Tournament, and the Judge's Award for Best Rescue Engineering Strategy in the Rescue Maze League. The trio belongs to Storming Robots, a New Jersey-based Robotics Learning Lab, and competed against teams of 14- to 19-year-olds from around the world in the July 4-9 contest. "The competition went by quick despite the many hours of work. It was an exciting but stressful experience, which was especially fun due to our great team dynamic," Lee said.
The South Australian Government had recently launched a free autonomous vehicle trial that will deliver a first and last mile service between the Playford Alive Township and the Munno Para Train Station. As reported, the autonomous electric bus will run approximately every half hour on weekdays and will carry passengers from the Munno Para Railway Station to the Playford Alive Township, including stops at Mark Oliphant College and the Stretton Centre. The free autonomous shuttle bus service will include a morning and afternoon service window, with passengers collected from designated pick up points on the route. The Munno Para service is phase two of the Playford Connect autonomous bus trial. It follows phase one, which provided a free park and ride service from the Lionsgate Carpark through to the Lyell McEwin Hospital in Elizabeth Vale from October 2018 to June 2019.