By empowering student learning with more opportunities for them to communicate with classmates, you’ll soon realize how important technology is in the classroom. These five reasons why students want to learn with technology can help you and your teacher-friends determine the right technology to implement.
The Industrial Revolution brought about an entirely new economy based on machines that skyrocketed productivity and transformed our world. These machines have been improving ever since and are now being equipped with data-gathering sensors and joining a network of connected devices in a movement known as the Industrial Internet of Things. The Industrial Internet of …
The MIT Video website — developed and maintained by the MIT News Office — aggregates and curates video produced by the Institute's offices, laboratories, centers and administration. This includes feature and editorial videos, event recordings, academic content and more. Each day, the editorial team at MIT Video selects one or more videos to "spotlight" based on the videos' content, production value and timeliness.
A recent article in The Economist quotes Bill Gates as saying at least a dozen job types will be taken over by robots and automation in the next two decades, and these jobs cover both high-paying and low-skilled workers. Some of the positions he mentioned were commercial pilots, legal work, technical writing, telemarketers, accountants, retail workers, and real estate sales agents.
Indeed, as I’ve predicted before, by 2030 over 2 billion jobs will disappear. Again, this is not a doom and gloom prediction, rather a wakeup call for the world.
One of the main drivers of Big Bang Disruptors is the constantly improving price and performance of information technologies. For years, computer processors, memory, and communications capacity have experienced regular, even predictable, growth that is nearly exponential. Everything gets twice as fast and half as expensive every few years.
Everyone's talking about the "Internet of Things," but what exactly does that mean for our future?
In this thoughtful talk, economist Marco Annunziata looks at how technology is transforming the industrial sector, creating machines that can see, feel, sense and react - so they can be operated far more efficiently.
Think: airplane parts that send an alert when they need to be serviced, or wind turbines that communicate with one another to generate more electricity. It's a future with exciting implications for us all.
The post-recession reality is that the customer base for businesses that appeal to the middle class is shrinking as the top tier pulls even further away.
Big stores and restaurants are chasing richer customers with a wider offering of high-end goods and services, or focusing on rock-bottom prices to attract the expanding ranks of penny-pinching consumers.
For every Amazon, Apple, Facebook, Twitter, Netflix, and Google, there are still thousands of midsized and large organizations that are doing nothing with big data beyond giving it lip service.
One big barrier to implementation is the incessant noise around big data from consultants, vendors, and the media. The din leaves many, if not most, CXOs confused and intimidated. They wonder: Do we start small or large? Is big data just another IT project that can be run by a unit head? And what’s the ROI going to be, anyway?
The 4Ps is a concept originally coined in the 1960s by E.J. McCarthy. In short, if you have the right Product, in the right Place, at the right Price, supported by the right Promotion, you will likely have the right marketing mix in place to be successful. It’s an idea that is still taught in many marketing classes and continues to have traction in certain marketing circles. However, in the Age of Now this model seems out of touch with the expectations of empowered consumers. In turn, we are seeing the traditional 4Ps give way to a new set: Purpose, Passion, Participation, and Profit...
Digital medicine is poised to transform biomedical research, clinical practice and the commercial sector. Here we introduce a monthly column from R&D/venture creation firm PureTech tracking digital medicine's emergence.
Technology has already transformed the social fabric of life in the twenty-first century. It is now poised to profoundly influence disease management and healthcare. Beyond the hype of the 'mobile health' and 'wearable technology' movement, the ability to monitor our bodies and continuously gather data about human biology suggests new possibilities for both biomedical research and clinical practice. Just as the Human Genome Project ushered in the age of high-throughput genotyping, the ability to automate, continuously record, analyze and share standardized physiological and biological data augurs the beginning of a new era—that of high-throughput human phenotyping.
These advances are prompting new approaches to research and medicine, but they are also raising questions and posing challenges for existing healthcare delivery systems. How will these technologies alter biomedical research approaches, what types of experimental questions will researchers now be able to ask and what types of training will be needed? Will the ability to digitize individual characteristics and communicate by mobile technology empower patients and enable the modification of disease-promoting behaviors; at the same time, will it threaten patient privacy? Will doctors be prescribing US Food and Drug Administration (FDA)-cleared apps on a regular basis, not just to monitor and manage chronic disease but also to preempt acute disease episodes? Will the shift in the balance between disease treatment and early intervention have a broad economic impact on the healthcare system? How will the emergence of these new technologies reshape the healthcare industry and its underlying business models? What will be the defining characteristics of 'winning' products and companies?
These are just some of the questions we plan to ask over the coming months. In the meantime, we introduce here some of the key themes shaping R&D in the digital medicine field and focus on what they might mean for the biopharmaceutical and diagnostic/device industries.
A new study finds new Internet connected gadgets tend to lack the most basic security.
What’s happening, says Mike Armistead, VP and general manager of HP’s Fortify unit, is that manufacturers are rushing to get their products on the market without doing the harder work of locking their devices down against the most basic kinds of attacks.
Michigan's universities and trade schools are offering studies in mechatronics, a multi-disciplinary field of engineering. Irene Spanos, Oakland County's economic development director, says why the region should support this burgeoning field.
Ever wonder why Google is installing extreamly fast gigabit internet infrastructure when the average person needs 200x less speed? It is because of the future of the Internet of Things. In less than 10 years, the internet will not just be for your phone or laptop, everything will be online.
I’m talking about your car, fridge, tv, blender, air conditioner, front door, and even your wallet. This inevitable future is why google is starting today with affordable gigabit internet. This new wave of device overload will open up revenue and advertising streams to a whole new level.
Today’s infographic states that in 2020, every human being on earth will be connected to 10 separate devices.
I know I’m already using five and I bet one of the most prominent technology coming up soon will be wearable tech. If its for exercising, sports, general information or just making phone calls, wearable tech will be an exciting addition today’s digital arsenal.
Printable limbs and organs, printable guns, printable pizza?! This technology will change our lives.
A 3D printer is similar to a normal printer, however a normal printer produces ink on paper. 3D printers, on the other hand, layer atoms on top of each other to create, or print, actual 3D objects.
It sounds fascinating, right? But 3D printing is certainly an invention that did not occur overnight. What is known as 3D printing now was once known as rapid prototyping. Rapid prototyping has been in use for many years now, and it involves an engineer designing an object as a computerized aided design file, or CAD. This file would then be sent to machines, which would produce the 3D object.
The only problem with this early type of 3D printing is that the plastics and the metals that were used were just not of a high-enough quality to be used as anything other than a prototype. Although the machine could produce the parts designed, the end product didn't have structural integrity and was only used to design things that engineers wanted to see a life-size model of.
Deloitte’s annual Technology Trends report launched at SXSW14. The report studies the ever-evolving technology landscape, focusing on disruptive trends that are transforming business, government, and society.
This presentation focuses on 10 topics that have the opportunity to impact organizations across industries, geographies, and sizes over the next 18 to 24 months.
Google a lancé aujourd’hui un nouveau site nommé Google Tips, qui vous donne des indications utiles sur la façon d’utiliser les produits Google. Le site est divisé en cartes, un modèle de conception que l’on commence à être habitué puisqu’il arrive sur la plupart des services de la firme après avoir fait son apparition en tout premier lieu sur Google Now.
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