The benefits of MEC (multi-access edge computing) sound promising indeed. But what exactly is MEC, and how can it benefit industries like retail?
Autonomous vehicles will fail to reach their full potential until ubiquitous and extremely reliable high-speed communications networks with very low latency are available.
Understanding and deploying the right technologies at the right time is pivotal to being successful in business today.
For this column let’s consider how IoT (Internet of Things) technologies and 5G will impact medicine and healthcare. Just for a moment I think it’s really important to imagine what our society will look like when we imagine real possibilities for technology beyond what we ever dreamed possible.
Last week, LiveWorx 2019 in Boston, Mass., brought many in the industry together to discuss and discover topics that will help form the future of the industrial enterprise. PTC puts on the annual event, which this year focused on topics like IIoT (industrial Internet of Things), robotics, Industry 4.0, and AR (augmented reality). In fact, the theme for 2019 was “The Augmented Workforce.”
I can’t say enough about 5G. In fact, my comments on 5G are stirring people to ask me questions about it on social media, and that’s great. That means people are reading, people are doing their homework, and people are making the investments in the future of digital transformation.
We’re living in a world in which our very realities are being enhanced all with the help of a little technology called the IoT (Internet of Things). AR (augmented reality) and of course, its VR (virtual reality) sidekick are quickly becoming relevant once again in more use cases than ever before.
With the New Year comes many new challenges and many opportunities for the IoT (Internet of Things). There is no question that 2019 can be seen as the year of innovation, led by a world of 5G.
Out with the old and in with the new. PTC CEO Jim Heppelmann might not agree, but that is pretty much what he is saying about the IoT (Internet of Things) these days and maybe even about some of his less than active partners.
It’s really interesting to note how VR (virtual reality) stepped up to play an integral role this past holiday season. More specifically, Walmart deployed VR to help train its retail employees to speed up their daily tasks during the busy holiday to train them to find products quickly and deal with harried shoppers. Each worker went through VR training scenarios to work out their best responses to keep customers happy.
Samsung Electronics Co., Ltd today shared its vision for a connected world with a widely accessible and open Internet of Things (IoT) platform.
Two of the most talked-about IoT (Internet of Things) technologies today are AR (augmented reality) and VR (virtual reality). The potential to transform industries from manufacturing to healthcare seems just around the corner with AR and VR; in some cases, it’s just a matter of finding that “killer app” that takes the technology mainstream. Education is another sector that could benefit tremendously from continued innovation in AR and VR.
Recently, my editorial team and I were discussing an article that claimed Fitbit’s sales struggles bode poorly for the wearables market as a whole. The article cited lackluster 2016 holiday sales of fitness trackers and subsequent layoffs at Fitbit as evidence that the wearables market was “stagnant.” But here’s my point—since when did we give Fitbit so much say over the entire wearables space?
There isn’t a day that goes by that we don’t hear about how technology is changing the way all of us interact with new devices that are connected to cars, thermostats, smart meters, and much more.
Intel Democratizes Deep Learning Application Development with Launch of Movidius Neural Compute Stick
Today, Intel launched the Movidius™ Neural Compute Stick, the world's first USB-based deep learning inference kit and self-contained artificial intelligence (AI) accelerator that delivers dedicated deep neural network processing capabilities to a wide range of host devices at the edge.