Dr. Douglas Van Houweling and his team at the University of Michigan scaled the original ARPAnet technology so that it could be used to establish today’s Internet. His project, done for the National Science Foundation and called the NSFNet, connected supercomputing centers and major research universities throughout the U.S. In this video, he describes working with “colleagues around the world,” in defiance of “abundant skeptics,” to allow the resulting Internet to grow to the absolutely necessary phenomenon it has become.
Perhaps because October is the month when “International Internet Day” is celebrated worldwide, many Internet Hall of Fame inductees were featured in the news over the past four weeks.
A new book, “The Innovators,” was published, featuring tales of the late Internet pioneer J.C.R. Licklider and other luminaries and their contributions to the Internet. It was reviewed in the Washington Post, among other major publications.
Kilnam Chon tells U.S. News and World Report that repairing Korea’s ID security problems could take a decade.
Earlier this year, Internet Hall of Famer Dr. Doug Van Houweling explained in a video how, back in the 1980s, he created the network that ran the NSFNet – the foundation on which the Internet was built. He followed up recently in a question-and-answer session that focused on the future of the Internet, key moments in its development and his take on its current challenges. Here’s what he had to say:
Q. In your Internet Hall of Fame acceptance speech in Hong Kong, you spoke about how the Internet can free us to do “things that really matter.” What are some of those things?
A. There’s been a lot of conversation about how the Internet has negatively affected personal interactions -- how kids spend their time online instead of going outside to play with other kids. Well, any new technology affects the way you allocate your time, but I’m hoping that the Internet of Things will automate the more uninteresting parts of our lives so that, for example, your car will change so that you don’t have to hold the steering wheel. In other words, the Internet of Things can free us to do creative, enjoyable things instead of repetitive...
In commenting on the Queen’s first Tweet, sent on October 24, the ABC News show, "This Week with George Stephanopolus," asks if we know when she sent her first email. Hint: Internet Hall Pioneer Peter Kirstein, who took the picture featured in the piece, helped her do it after establishing the first European ARPAnet node to provide transatlantic connectivity.
Gear heads often turn their noses up at DSL. After all, DSL data speeds are often a fraction of those offered by cable broadband suppliers. Plus, DSL (Digital Subscriber Line) is delivered not over coax, but over old-fashioned copper phone lines. How quaint!
But a seemingly low-bandwidth DSL connection could actually deliver data faster than a higher-rated broadband cable connection, according to the father of DSL, Dr. John Cioffi.
"DSL brings its entire data load to a SINGLE home," Dr. Cioffi explains. "Cable systems share their Internet bandwidth – typically 50 Mbps to 300 Mbps – across 500 to 2000 homes. Thus, 50 Mbps divided by 2000 homes simultaneously is indeed a very low speed kbps. Each DSL user has a much higher dedicated bandwidth."
Advancing and proselytizing DSL has been a passion and a mission for Dr. Cioffi, but there was no early inkling of what would become his life's work.
The young Cioffi, a math whiz, got a taste of his future on a family trip to the New York World's Fair in 1964 when he watched a demonstration of AT&T's videophone. "They thought it was impossible to send video over phone lines," Dr. Cioffi recalls. "It planted a seed."
What turned Dr. Cioffi's career toward DSL was a physics course he took as a freshman at the University of Illinois Urbana–Champaign....