According to Assistant Commissioner of Police (Traffic) BR Ravikanthe Gowda, all 387 traffic signals in Bengaluru will soon be using artificial intelligence to regulate traffic more efficiently. The new signals will be'adaptive', involving cameras that detect volume of traffic to decide upon time required for vehicles to clear the signal. Additionally, the signals will also be able to network with other signals for co-ordination. Currently, only 35, or just above 10 percent of all signals incorporate an older implementation of this kind of technology. The cameras will also be able to effectively calculate vehicle density and provide accurate countdown information, which will serve both the purpose of informing motorists and helping them shut off their vehicles to save fuel.

A University of Arizona information scientist wants to make computers behave more like natural human partners. UA researcher Clay Morrison focuses on machine learning. He is looking at ways to get artificial intelligence to work alongside people. "We're not trying to say the computer has to behave exactly like a human," he said. "Instead it's how the computer is natural enough to interact with, so when we team up with them and they collaborate with us on a project, the strengths the computer brings to the table and the strengths the human brings to the table are really much more effectively combined."

Rachelle Dene Poth is an educator, attorney, consultant, and author who is concentrated on making a difference throughout the education space. Poth, who recently received the Making IT Happen Award from ISTE and the Presidential Gold Award for volunteer service, will be a featured speaker at the 2020 Future of Education Technology Conference (FETC 2020), this coming January in Miami. Poth has taken her diverse array of professional experiences into the classroom to motivate 8th grade students to engage in their learning, even when it takes them a little time to discover the relevance. In terms of motivation, she explains, "I ask 8th graders to be receptive to ideas. It's not just'I want you just to do this because I say you have to do this.' It's, 'I want you to do this as a start to see what other interests stir in you.'"

"Why? - Because I am your mother, that's why." - My mom/your mom/everyone's mom. Artificial Intelligence is growing in sophistication, autonomy, and market reach offering transformational opportunities for businesses and their customers. AI relies on the collection and smart processing of personal information to function. However, the privacy scandals of social media and recent breaches of consumer data have eroded consumer confidence: not only around data usage but the implications of its omnipotence. We live in an age of maximum customer empowerment and, as a result, maximum business anxiety.

Using a fluorescent probe that lights up when brain cells are electrically active, MIT and Boston University researchers have shown that they can image the activity of many neurons at once, in the brains of mice. This technique, which can be performed using a simple light microscope, could allow neuroscientists to visualize the activity of circuits within the brain and link them to specific behaviors, says Edward Boyden, the Y. Eva Tan Professor in Neurotechnology and a professor of biological engineering and of brain and cognitive sciences at MIT. "If you want to study a behavior, or a disease, you need to image the activity of populations of neurons because they work together in a network," says Boyden, who is also a member of MIT's McGovern Institute for Brain Research, Media Lab, and Koch Institute for Integrative Cancer Research. Using this voltage-sensing molecule, the researchers showed that they could record electrical activity from many more neurons than has been possible with any existing, fully genetically encoded, fluorescent voltage probe. Boyden and Xue Han, an associate professor of biomedical engineering at Boston University, are the senior authors of the study, which appears in the Oct. 9 online edition of Nature. The lead authors of the paper are MIT postdoc Kiryl Piatkevich, BU graduate student Seth Bensussen, and BU research scientist Hua-an Tseng.

Imagine the lips forming the Mona Lisa's famous smile were to part, and she began "speaking" to you. This is not some sci-fi fantasy or a 3D face animation, it's an effect achieved by researchers from Samsung AI lab and Skolkovo Institute of Science and Technology, who used adversarial learning to generate a photorealistic talking head model. AI techniques have already been used to generate realistic video of people like former US President Barack Obama and movie star Scarlett Johansson, enabled in large part by the abundance of available visual data on these individuals. The new research however shows it is also possible to generate realistic content when source images are rare. Researchers leveraged their Few-Shot Adversarial Learning technique on one of the most widely recognized humans in history known through a single image: Lisa Gherardini, the subject of Leonardo da Vinci's classic 16th century portrait.

WASHINGTON – President Donald Trump and China's Xi Jinping have plenty of reasons to call off their trade war. Both face weakening economies that would likely further deteriorate if their conflict escalates. Both are up against a formidable adversary that shows no inclination to yield. Both are tangled in political turmoil -- Trump with impeachment proceedings, Xi with angry protests in Hong Kong. Both, in short, would welcome some good news.

The Research Insights has added an innovative statistics, titled as Artificial Intelligence (AI) In Construction Market. To explore the desired data, it uses primary and secondary exploratory techniques. Different aspects of the businesses are examined to provide the accurate data of market. The artificial intelligence in construction market was esteemed at USD 434 million out of 2018, and is relied upon to arrive at an estimation of USD 2,486 million by 2025, at a CAGR of 33%, during the conjecture time frame (2019 – 2025). Computerized reasoning enables PC frameworks to settle on keen choices by applying the required abilities.

Researchers have found a way to marry human creativity and artificial intelligence (AI) creativity to dramatically boost the performance of deep learning. A team led by Alexander Wong, a Canada Research Chair in the area of AI and a professor of systems design engineering at the University of Waterloo, developed a new type of compact family of neural networks that could run on smartphones, tablets, and other embedded and mobile devices. The networks, called AttoNets, are being used for image classification and object segmentation, but can also act as the building blocks for video action recognition, video pose estimation, image generation, and other visual perception tasks. "The problem with current neural networks is they are being built by hand and incredibly large and complex and difficult to run in any real-world situation," said Wong, who also co-founded a startup named DarwinAI to commercialize the technology. "These on-the-edge networks are small and agile and could have huge implications for the automotive, aerospace, agriculture, finance, and consumer electronics sectors."

Health IT company Cerner is leveraging its partnership with Amazon Web Services to launch a new cloud-based health platform to incorporate artificial intelligence to improve usability and provide predictive insights for patient care. The new platform, called Project Apollo, brings a more cognitive approach to practicing medicine, Cerner Chairman and CEO Brent Shafer said during his keynote address at Cerner Health Conference, according to a company press release. Shafer said the new platform will leverage Cerner's health care technology and the AWS infrastructure to accelerate the speed that innovations are integrated by removing manual steps for clients that slow the pace of adoption. Cerner also is creating an "intelligence ecosystem" to innovate next-generation user experiences and care delivery algorithms, the company said. We're looking to return the joy of delivering medicine, and we're focused on innovating for the future and delivering better usability today," Shafer said. The Kanas City-based company also announced new predictive modeling tools to help reduce opioid abuse, improved dashboards and analytics, and a new capability aimed at enhancing interoperability in the healthcare industry. In July, Cerner announced a collaboration with cloud giant AWS, which is part of Amazon, with the aim of accelerating healthcare innovation. As part of the agreement, Cerner named AWS its preferred cloud provider. During his keynote speech, Shafer said Cerner will focus on several key areas in its broader strategy to innovate with Amazon, including turning data into insights, increasing interoperability and usability, and rapid development and deployment, according to the Kansas City Business Journal. Matt Wood, vice president of artificial intelligence for AWS, also spoke at the conference on the partnership with Cerner and the possibilities that arise when companies can access "infrastructure as if it was a utility, according to the Kansas City Business Journal.