By Bob Picciano
Over the weekend, a room full of top developers competed in a hackathon in San Francisco–vying for bragging rights to coding on top of the Spark data-processing engine. The winners will be announced later, but, based on the results of an internal IBM hackathon a few weeks ago, I can give you the bottom line: these competitions show that Spark could shake up data analytics just like the Linux operating system blew the lid off the Internet a decade ago.
Today, large-scale data processing is available mainly to corporations, government agencies and universities. Spark, an open source software project under the Apache Software Foundation umbrella, has the potential to place these capabilities at the fingertips of all types of people and organizations all over the world. The goal: deeper and faster insights. Continue Reading »
By Jordan Monroe
I can still remember the first time tears blurred the view of my computer screen after receiving an email from a customer.
I had been working at Owlet for over a year at this point, and I had heard many tragic stories of parents losing a child due to suffocation or health conditions. However, this time was different. It was the first email I received after my son James was born. I struggled to even finish this message from a fellow parent.
Something very primal happens to your brain when you have a child. It’s like your heart is pulled apart and put back together again. You feel so much deeper than you even realized you were capable of. Now when I read emails or do presentations, getting all choked up is a common occurrence. Continue Reading »
By Suman Mukherjee and Forsyth Alexander
As the world waits anxiously for the fourth installment of the popular Jurassic Park movie series to be released Friday, we thought it would be fun to look into the social buzz for the upcoming summer blockbuster.
As fans, we were curious about things like, where the most Twitter chatter was happening, how tweets were breaking down by gender, overall sentiment, peak times for chatter, and more.
So we uploaded some Twitter data about Jurassic World into Watson Analytics, IBM’s natural-language cloud-based analytics service, and within minutes began unearthing pretty interesting insights, such as: the country with the most tweets so far is Chile; on the whole, women are tweeting more than men; and Portugal has the highest number of positive tweets, but also the most negative. Continue Reading »
By Dr. Daniel Oehme
Over the millennia our ability to utilise plants in many different ways has allowed us to flourish as a species. Most importantly, they turn our waste carbon dioxide into oxygen.
But we have also used plants to provide shelter, to publish and transmit information on paper and as a food source. In fact, developing new ways to utilise plants has even led to population explosions throughout time, such as when we first developed granaries to store grain thousands of years ago. In these modern times of climate change, global warming, ever-increasing populations and fossil fuels, plants have never been more important. Continue Reading »
By Arvind Krishna
Chemists at Unilever, the Anglo-Dutch consumer products giant, used to spend up to three months in their laboratories creating new formulations for liquid cleaning products. Now, they can perform the same work in 45 minutes or less–thanks to a collaboration between Unilever, one of the United Kingdom’s national laboratories and IBM.
Unilever product developers use iPads to set up tests and experiments, run simulations on an IBM Blue Gene/Q supercomputer at the UK’s Hartree Centre lab, and see their results in 3D visualizations that help them explore the data and make discoveries that otherwise might elude them.
This is an example of what’s possible when government, businesses and tech companies combine forces to bring the power of supercomputing and sophisticated data analytics to bear on business problems. It’s also an example of the kind of collaboration I expect to see flourish as a result of an agreement IBM is announcing today with Britain’s Science & Technology Facility Council.
By Ying Li
In the same way ingredients connote flavors, colors and images can indicate moods and send messages.
This concept is driving new research here at IBM to better understand color relationships and their potential impact on everything from product design to classroom layouts.
Machines have been able to render different colors since the first color monitors. With a mix of code numbers for red, green, and blue, a computer knows that “0, 0, 0” equals black, that “255, 255, 0” is yellow, and so on. Other codes represent hue, saturation, and brightness of a color as well. Continue Reading »
By Angel Diaz
When I was a young guy growing up on a farm in Puerto Rico, I was a neophyte when it came to computer science and mathematics. I was so fortunate at an early age to be empowered by my mother to reach further. At 17, I left for college in America.
Back then, people growing up in less-developed places didn’t have much chance of succeeding in technology unless we left home and headed for major tech meccas such as Silicon Valley, New York and Boston.
But things are different today, thanks in part to cloud computing. This new approach to technology creates tremendous opportunities for young people everywhere to build services and mobile apps on ready-made cloud platforms–either as entrepreneurs or as employees of larger companies. Continue Reading »
By Dario Gil
Silicon deserves lot of credit for enabling the digital revolution. Silicon-based chips power everything from cell phones to supercomputers.
Light is another critical factor in our digital lives. Behind the scenes, fiber optic cables carry a flood of voice and data communications for the Internet, telephone lines and cable TV.
But I believe that the real magic happens when light and silicon meet–in the realm of silicon photonics.
IBM Research scientists and engineers have achieved a major milestone that could accelerate progress in this area. They have invented a silicon photonics device that combines electrical and optical components on a single chip, and which can be mass-produced using conventional chip manufacturing techniques. Read about the technical details here.
This breakthrough paves the way for game-changing advances in everything from high-performance computing to Internet-scale data centers. By easing data traffic jams in all sorts of computing and communications systems, our technology enables cloud computing and big data analytics to achieve their full potential.