Top technology at all-digital CES 2021.
Imagine a robot trained to think, respond, and behave using you as a model. Now imagine it assuming one of your roles in life, at home or perhaps at work. Would you trust it to do the right thing in a morally fraught situation?
That’s a question worth pondering as artificial intelligence increasingly becomes part of our everyday lives, from helping us navigate city streets to selecting a movie or song we might enjoy — services that have gotten more use in this era of social distancing. It’s playing an even larger cultural role with its use in systems for elections, policing, and health care.
Each week, e-grocer FreshDirect delivers 100,000 grocery boxes direct to customers’ doors. It all happens from its Bronx warehouse, the size of 11 football fields. Using an advanced AI system, temperature controls, nine miles of conveyor belt, and a fleet of delivery trucks, the company is able to cut out three steps in the normal grocery store supply chain. Business Insider visited the warehouse to see how the company moves 3 million grocery items a week in the face of unprecedented pandemic demand.
It has taken time — some say far too long — but medicine stands on the brink of an AI revolution. In a recent article in the New England Journal of Medicine, Isaac Kohane, head of Harvard Medical School’s Department of Biomedical Informatics, and his co-authors say that AI will indeed make it possible to bring all medical knowledge to bear in service of any case.
Properly designed AI also has the potential to make our health care system more efficient and less expensive, ease the paperwork burden that has more and more doctors considering new careers, fill the gaping holes in access to quality care in the world’s poorest places, and, among many other things, serve as an unblinking watchdog on the lookout for the medical errors that kill an estimated 200,000 people and cost $1.9 billion annually.
“I’m convinced that the implementation of AI in medicine will be one of the things that change the way care is delivered going forward,” said David Bates, chief of internal medicine at Harvard-affiliated Brigham and Women’s Hospital, professor of medicine at Harvard Medical School and of health policy and management at the Harvard T.H. Chan School of Public Health. “It’s clear that clinicians don’t make as good decisions as they could. If they had support to make better decisions, they could do a better job.”
A team of MIT researchers have developed an AI model that can distinguish asymptomatic people with Covid-19 from healthy individuals without the disease through forced-cough recordings. (Learn more: http://news.mit.edu/2020/covid-19-cou…
Investigative journalist Charles Piller joins host Sarah Crespi to discuss his latest Science exclusive: a deep dive into the Food and Drug Administration’s protection of human subjects in clinical trials. Based on months of data analysis and interviews, he uncovered long-term failures in safety enforcement in clinical trials and potential problems with trial data used to make decisions about drug and device approvals.
Sarah also talks with Klaus-Robert Müller, a professor of machine learning at the Technical University of Berlin, about an artificial intelligence (AI) trained in the sport of curling—often described as a cross between bowling and chess. Although AI has succeeded in chess, Go, and poker, the constantly changing environment of curling is far harder for a nonhuman mind to adapt to. But AIs were the big winners in competitions with top human players, Müller and colleagues report this week in Science Robotics.
Powered by AI and the energy from the sun, the Mayflower Autonomous Ship will be able to spend long durations at sea collecting critical data about the ocean. Working in tandem with human oceanographers and other autonomous vessels, the new-generation Mayflower provides a flexible and cost-effective option for deepening understanding of critical issues such as global warming, ocean plastic pollution and marine mammal conservation. The Mayflower Autonomous Ship is led by marine research organisation Promare, supported by IBM and a global consortium of partners.
World-renowned philosopher Daniel C. Dennett argues that our inner worlds and religious ideas can all be explained as evolutionary functions of the brain.
The story follows our main character Luis as he tries to clearly explain the complexities and nuances of ‘language’, and the challenges of teaching AI to thoroughly understand it.
A massive project, an incredibly talented team, and a little bit of luck to get to the finish line. So thankful to my fellow artists and friends who helped pull this off.
Creative Director: Mia Vyzis
Producer: Corey Lovett
Animation Director: Reece Parker
Art Director: Reece Parker
Illustration: Tom Goyon, Millie Woodcock, Reece Parker
Character Animation Lead: Khylin Woodrow
Cel: Khylin Woodrow, TJ Peters, Mathijs Luijten, Adam Henderson, Reece Parker, Salvador Padilla, Nata Metlukh
2D Animation: Matt Jameson, TJ Peters, Mathijs Luijten, Manuel Neto, Reece Parker
3D modeling/Animation: Billy Chitkin, Nocky Dinh
Editing/composite: Bruce Stead, Matt Jameson, Mathijs Luitjen, Manuel Neto, Tj Peters
Sound design: Ambrose Yu
“The first smart city “conscious oriented”, that will prevent urban sprawl, produce and storage energy, improve air quality, increase urban biodiversity, and create a healthier lifestyle”. Arch. Luca Curci
With its 300 floors THE LINK will reach the maximum height of 1200 meters. The project combines sustainability with population density, and it aims to build up a zero-energy city-building. The city-forest is made of 4 main towers, connected one each other, equipped with green areas on each level, natural light and ventilation. 100% green transport systems. The vertical city allows its residents to get into a healthier lifestyle, in connection with natural elements, re-thinking the traditional concept of community and society.
Architecture firm Luca Curci Architects presents THE LINK, a vertical city for 200,000 people. The project aims to rise above the challenge of population density by successfully combining vertical expansion with economic innovation. A self-sustainable city-forest, that will absorb CO2, produce oxygen for cleaner air and increase urban biodiversity. With interconnected communities’ programs. No suburbs. Less poverty oriented.
Using an urban operating system with an AI (Artificial Intelligence), the vertical city will be able to manage the global city temperature, levels of CO2 and humidity, will control the global lighting system, and will storage extra energy produced by solar panels and other renewable energy resources.