AI for Good’ or scary AI?
By Neil Sahota and Michael Ashley – Some futurists fear Artificial Intelligence (AI), perhaps understandably. After all, AI appears in all kinds of menacing ways in popular culture, from the Terminator movie dynasty to homicidal HAL from 2001: A Space Odyssey.
Though these movies depict Artificial General Intelligence (AGI) gone awry, it’s important to note some leading tech scholars, such as George Gilder (author Life After Google), doubt humans will ever be able to generate the sentience we humans take for granted (AGI) in our machines.
As it turns out, the predominant fear the typical person actually holds about AI pertains to Artificial Narrow Intelligence (ANI).
Specialized, ANI focuses on narrow tasks, like routing you to your destination — or maybe one day driving you there.
Much of what we uncovered when cowriting our new book, Own the A.I. Revolution: Unlock Your Artificial Intelligence Strategy to Disrupt Your Competition, is that people fear narrow task-completing AIs will take their job.
“It’s no secret many people worry about this type of problem,” Irakli Beridze, who is a speaker at the upcoming AI For Good Global Summit and heads the Centre for Artificial Intelligence and Robotics at the United Nations Interregional Crime and Justice Research Institute, told us when interviewed for the book.
“One way or another, AI-induced unemployment is a risk we cannot dismiss out of hand. We regularly see reports predicting AI will wipe out 20 to 70 percent of jobs. And we’re not just talking about truck drivers and factory workers, but also accountants, lawyers, doctors, and other highly skilled professionals.” more>
Technology is splitting the job market
Some people are prospering, while others are left behind
By Raghuram Rajan – Soon, the smartphone may be replaced by a device implanted in our body that connects with our mind and provides instant access to both computing power and enormous databases. Computer-enhanced humans are no longer the realm of science fiction. The information and communications technology (ICT) revolution has fundamentally changed what we spend time on, how we interact with one another, what work we do and where we do it, and even how people commit crime.
Most importantly, it has upset the balance between the three pillars—the state, markets, and the community.
The ICT revolution has not just followed the course of previous revolutions by displacing jobs through automation; it has also made it possible to produce anywhere and sell anywhere to a greater degree than ever before. By unifying markets further, it has increased the degree of cross-border competition, first in manufacturing and now in services. Successful producers have been able to grow much larger by making where it is most efficient. This has created spectacular winners, but also many losers.
The technology-assisted market has had widely varying effects across productive sectors in a country. Some of the effects stem naturally from technological change, and some stem from the reactions of people and companies to it. Indisputably, it has raised the premium on human capabilities. As a result, some well-educated communities in big cities have prospered, while communities with moderately (typically high-school-) educated workers in semirural areas dominated by manufacturing often have not.
More generally, as with past technological revolutions, the need for people to adapt has come rapidly, before the benefits have spread widely. Indeed, the communities that are required to adapt the most, as always, are the communities that have been experiencing the greatest adversity, and have the least resources to cope. more>
500G transpacific. Yep, we did that!
The news from SubOptic? Let’s start with our successful single-wavelength 500G field trial over a 9,000km transpacific cable. Ciena’s Brian Lavallee explains more about this milestone as well as other highlights from this important technical conference.
By Brian Lavallée – SubOptic 2019 has recently come to a close, and as the locals say, “laissez les bon temps rouler”, or let the good times roll – and they did.
We shared the news of a successful single-wavelength 500G field trial over a 9,000km transpacific cable, which was completed just before the event. Of course, this means we can also do 500G single-wavelength transmission across much shorter transatlantic distances too. The transpacific field trial leveraged our very latest WaveLogic 5 Extreme coherent optical technology, which truly takes our pioneering submarine networking solution,
GeoMesh Extreme, to the extreme. In just under a decade, we’ve leaped from 10G to 500G transpacific – a truly impressive feat.
How did we achieve such performance?
By leveraging advanced Digital Signal Processing (DSP) capabilities, 95Gbaud operation, Probabilistic Constellation Shaping (PCS), throughput-optimized FEC, and nonlinear mitigation techniques. more>
Planning a hybrid cloud implementation? Don’t forget the importance of the network
Almost every company is working on some form of cloud transformation, and we’ve noticed that almost everyone is pursuing a hybrid cloud strategy. Because hybrid sees a wide range of on-premise, hosted and cloud-based services side by side, it will only be cost-effective if you can establish reliable, secure connectivity between the various elements of your hybrid architecture.
datacenter.com – Today everything has to be on demand
The network is often forgotten because IT teams are planning hybrid cloud transformation projects. Without properly dimensioned legacy-to-public cloud connectivity, transformation projects can be compromised and run into serious customer experience problems.
“Transformation projects can be paralyzed without properly dimensioned legacy-to-public cloud connectivity”
This is why organizations are now trying to request and order on-demand capacity from the network as they need, reducing traditional constraints such as capex, delays at external suppliers and long project timelines.
From one to multiple networks
By connecting on demand, you can also adjust the bandwidth up or down to suit your project. For example, if you perform a major update on your cloud platform or your IT services go into production as quickly as they are built for the development and testing phase of your project you can adjust your bandwidth based on the (temporary) need.
“By connecting on-demand, you can also adjust the bandwidth up or down to your project” more>