Human interest in exploring the unknowns has always been universal and enduring. While, over the years, the nature of exploration has changed fundamentally, humans have always been keen to explore the unknown and discover new worlds: be it beyond our geographical boundaries, new trade routes, lands, or opportunities in cyberspace, geospace, and space (CGS). In pursuit of unknowns, it is our imagination, ideas, innovations, and inventions that are helping us push the boundaries of our exploration limits beyond CGS. It is the never-ending human drive that pushes us further to discover new worlds. Imagination has always been an indicator of human intelligence, and each new idea and innovation is helping us push the boundaries of human exploration further. Technology, which gives us the foundation on which we can define and design the human ecosystem beyond cyberspace, geospace, and space, is pushing these boundaries. Where would it take us in the coming years?
What are the values that drive decision making by AI?
A screen shows a demonstration of SenseTime Group Ltd’s SenseVideo pedestrian and vehicle recognition system in Beijing, China, on Friday 15 June 2018.
Moral technology
Self-driving cars don’t drink and medical AIs are never overtired. Given our obvious flaws, what can humans still do best?
A five-year-old boy is helping his grandmother cook by cutting out biscuits from the dough she’s made, and he’s doing it rather badly. He instructs the family robot to take over and, even though the robot’s never done this before, it quickly learns what to do, and cuts out the biscuits perfectly. The grandmother is rather disappointed, remembering fondly the lopsided biscuits, complete with grubby fingerprints, that her son had charmingly baked for her at that age. Her grandson continues to use the robot for such tasks, and will grow up with pretty poor manual dexterity.
When the boy’s parents come home, he says: ‘Look, I’ve made these biscuits for you.’ One parent says: ‘Oh how lovely, may I have one?’ The other thinks silently: ‘No you didn’t make these yourself, you little cheat.’
Artificial intelligence (AI) might have the potential to change how we approach tasks, and what we value. If we are using AI to do our thinking for us, employing AI might atrophy our thinking skills.
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AI can predict when someone will die with unsettling accuracy
Do AI systems have a role to play in healthcare?Yuichiro Chino / Getty Images
This isn’t the first time experts have harnessed AI’s predictive power for healthcare.
Medical researchers have unlocked an unsettling ability in artificial intelligence (AI): predicting a person’s early death.
Scientists recently trained an AI system to evaluate a decade of general health data submitted by more than half a million people in the United Kingdom. Then, they tasked the AI with predicting if individuals were at risk of dying prematurely — in other words, sooner than the average life expectancy — from chronic disease, they reported in a new study.
The predictions of early death that were made by AI algorithms were “significantly more accurate” than predictions delivered by a model that did not use machine learning, lead study author Dr. Stephen Weng, an assistant professor of epidemiology and data science at the University of Nottingham (UN) in the U.K., said in a statement. [Can Machines Be Creative? Meet 9 AI ‘Artists’]
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The Robots are coming: What Colorado’s Artificial Intelligence boom means for workers
Rob Carpenter, founder of Valyant A.I., stands next to his creation at a Good Times in South Denver.
For as long as there have been robots, there’s been the fear that they will take our jobs, or even worse — take over everything.
Well, reality is more nuanced than most Sci-Fi movies’ depiction of artificial intelligence. Industry officials say it’s less about replacing people in jobs, but more about giving them extra tools to make work and life easier.
Artificial Intelligence and the future of humans
A vehicle and person recognition system for use by law enforcement is demonstrated at last year’s GPU Technology Conference in Washington, D.C., which highlights new uses for artificial intelligence and deep learning.
Experts say the rise of artificial intelligence will make most people better off over the next decade, but many have concerns about how advances in AI will affect what it means to be human, to be productive and to exercise free will.
Digital life is augmenting human capacities and disrupting eons-old human activities. Code-driven systems have spread to more than half of the world’s inhabitants in ambient information and connectivity, offering previously unimagined opportunities and unprecedented threats. As emerging algorithm-driven artificial intelligence (AI) continues to spread, will people be better off than they are today?
Some 979 technology pioneers, innovators, developers, business and policy leaders, researchers and activists answered this question in a canvassing of experts conducted in the summer of 2018.
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Trained neural nets perform much like humans on classic psychological tests
Neural networks were inspired by the human brain. Now AI researchers have shown that they perceive the world in similar ways.
In the early part of the 20th century, a group of German experimental psychologists began to question how the brain acquires meaningful perceptions of a world that is otherwise chaotic and unpredictable. To answer this question, they developed the notion of the “gestalt effect”—the idea that when it comes to perception, the whole is something other than the parts.
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The Achilles’ Heel of AI
AI & Big Data
Garbage in is garbage out. There’s no saying more true in computer science, and especially is the case with artificial intelligence. Machine learning algorithms are very dependent on accurate, clean, and well-labeled training data to learn from so that they can produce accurate results. If you train your machine learning models with garbage, it’s no surprise you’ll get garbage results. It’s for this reason that the vast majority of the time spent during AI projects are during the data collection, cleaning, preparation, and labeling phases.
According to a recent report from AI research and advisory firm Cognilytica, over 80% of the time spent in AI projects are spent dealing with and wrangling data. Even more importantly, and perhaps surprisingly, is how human-intensive much of this data preparation work is. In order for supervised forms of machine learning to work, especially the multi-layered deep learning neural network approaches, they must be fed large volumes of examples of correct data that is appropriately annotated, or “labeled”, with the desired output result. For example, if you’re trying to get your machine learning algorithm to correctly identify cats inside of images, you need to feed that algorithm thousands of images of cats, appropriately labeled as cats, with the images not having any extraneous or incorrect data that will throw the algorithm off as you build the model. (Disclosure: I’m a principal analyst with Cognilytica)
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The new weapon in the fight against crime
Solving a murder or tracking down the perpetrators of sexual abuse often requires dogged police work. What if a machine could help detectives spot the vital clues they need?
The images on Eduardo Fidalgo’s computer show mundane scenes – a sofa scattered with pillows, a folded duvet on a bed, some children’s toys strewn across a floor. They depict views most of us would see around our own homes.
But these rather ordinary pictures are helping to build a new weapon in the fight against crime. Fidalgo and his colleagues are using the images to train a machine to spot clues in crime scene photographs.
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AI trained on decades of food research is making brand-new foods
IRON CHEF
IBM’s AI scientists teamed up with McCormick & Company’s food developers to enhance food research.
FlavorBot
You may not think that Tuscan chicken’s creamy, garlicky flavor is due for a high-tech upgrade, but advanced artificial intelligence is on the case all the same. An AI algorithm is about to analyze and improve that and other classic recipes before designing some brand-new foods as well.
And if it goes well, we can expect AI to play a bigger role in developing the foods we eat every day. Right now, some big names are working to amass the expertise of all the world’s food experts, head chefs, and flavor scientists into a single artificial intelligence algorithm that concocts new foods better and faster than any mere human.
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Google’s DeepMind can predict wind patterns a day in advance
DeepMind knows which way the wind blows
Wind power has become increasingly popular, but its success is limited by the fact that wind comes and goes as it pleases, making it hard for power grids to count on the renewable energy and less likely to fully embrace it. While we can’t control the wind, Google has an idea for the next best thing: using machine learning to predict it.
Google and DeepMind have started testing machine learning on Google’s own wind turbines, which are part of the company’s renewable energy projects. Beginning last year, they fed weather forecasts and existing turbine data into DeepMind’s machine learning platform, which churned out wind power predictions 36 hours ahead of actual power generation. Google could then make supply commitments to power grids a full day before delivery. That predictability makes it easier and more appealing for energy grids to depend on wind power, and as a result, it boosted the value of Google’s wind energy by roughly 20 percent.
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AI transforming the world
The world is fast evolving, with Artificial intelligence (AI) at the forefront in changing the world and the way we live. This article is Part 1 of a 2 part series.
An important question: What is AI? For many people, it remains unclear what this technology is all about, so this is a good place to start the conversation. AI is a branch in computer science that deals with the intelligent behavior of machines. It is an ingeniously simulated ability of a machine to imitate human behavior and our conventional response patterns. This is made possible with specific algorithms that make the AI function in a specified scope of activities (according to what the algorithm codes for). This means that with AI, many of our everyday activities can now be carried out effectively by programmed machine technology.
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The Big Apple is getting tough on biased AI
New York City has a new law on the books demanding “algorithmic accountability,” and AI researchers want to help make it work.
Background: At the end of 2017, the city’s council passed the country’s first bill to ban algorithmic discrimination in city government. It calls for a task force to study how city agencies use algorithms and create a report on how to make algorithms more easily understandable to the public.
Rubber, meet road: But how to actually implement the bill was left up for grabs. Enter AI Now, a research institution at NYU focused on the social impact of AI. The group recommends focusing on things like making sure agencies understand the technology better, and providing a chance for outside groups to look at algorithms.
Why it matters: The federal government has fallen way behind in setting up rules or guidance for AI. What happens in New York could lead the way for the rest of the US.












