Soon the Japanese capital's trendsetting Shibuya district will boast a cafe staffed by humanoid robots that can recommend perfect desserts for customers. SoftBank Robotics on Tuesday unveiled to the press its directly run Pepper Parlor cafe, where robots take orders, engage in small talk with customers and clean up among other tasks. Customers place orders through Pepper robots placed near the entrance. They will also help customers decide what dessert to order based on the facial expression of a customer. "Let me recommend a waffle that is perfect for you," a robot told one customer.

China based Pop Life will work with the developers of Zenerchi in the advancement of consumer and business applications of its physiological simulation and visualization AI platform. This new realm of technology will empower a host of wellness and medical uses that span entertainment, education and exhibition phases. The Zenerchi technology platform has the potential to propel each of these sectors into a new realm of visualization, leveraging and converging the most advanced capabilities of simulation including GUI/UX, AI, VR, AR and 3D technology. These outcomes provide new usages and an entirely new paradigm of technology. Beginning October 2020, the partnership plans to unveil its first public facing technology implementation by producing a series of immersive edutainment exhibition experiences throughout the world.

New tools designed to help institutions meet accessibility requirements stand to personalize learning for all students. Artificial intelligence (AI) has seeped into almost every corner of higher education, popping up in the classroom, administrative offices, and even in dorm rooms and on campus grounds -- all with the promise to streamline tasks and create a more personalized college experience for students. As the technology steers colleges away from a one-size-fits-all approach, it is helping them make progress on one of their most long-running goals: making higher ed more accessible to all types of learners. It is doing that in several ways. Among them, by scanning class materials for accessibility issues, improving learning tools for students with disabilities and offering personalized resources for learners who may need additional support, such as those who speak English as a second language.

The use of Artificial Intelligence (AI) is made possible by the development of technology.

Kolkata: Now, bots and artificial intelligence too will join efforts to preserve the Gandhian legacy.

Artificial intelligence (AI) is expected to occupy an increasingly important place in diagnostic tasks in health care. The principles underlying learning are similar for human and artificial intelligences, but the respective approaches to diagnosis are markedly different. Clinicians approach diagnosis in an intuitive and deductive manner, whereas AI is chiefly analytical and inductive. The wholesale replacement of human intelligence by AI in diagnostic tasks is unlikely, apart from some highly targeted tasks; instead, AI should be considered as a tool to help clinicians in their reasoning. Artificial intelligence (AI) is often presented as the future of medical practice.

What do you think of when you think of schools and colleges? A classroom full of students furiously scribbling down notes while a teacher is droning on about a topic which is "very important for your midterms". Exams are a very important and indispensable part of education. They are important milestones in a student's educational journey, and students are understandably stressed about them. In an academic year, students have to give as many as 12 exams per semester, which means up to 24 exams in one year!

If a Russian or Chinese Anti-Satellite (ASAT) weapon streamed into space and exploded U.S. military satellites, friendly forces would instantly become very vulnerable to significant and extremely destructive enemy attacks….-- Any, all or part of this could happen in as little as 10 to 15 minutes once a satellite attacking missile is launched from the ground. Lives will hang in the balance as alerts are sent through U.S. command and control and decision-makers scramble to determine the best countermeasure with which to protect its space assets. Space war is no longer a distant prospect to envision years down the road --- it is here. Recognizing the seriousness of this vulnerability, the Pentagon, U.S. Space Command, Missile Defense Agency and industry are moving quickly to integrate Machine Learning and AI into space-based systems and technology.

Artificial Intelligence and Decision-Making Defence Policy, Technology AI will change decision-making in defence in multiple ways. Keith Dear argues that AI will change decision-making in the defence and security arena in four principal ways. First, by enabling'cognitive manoeuvre' the use of predictive analytics to enable much earlier intervention. Second, by forcing humans to take themselves'out of the loop' for decision-making by out-performing them in an increasing number of domains. Third, by providing advice that is correct, but difficult to explain.