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N4C DTN E-Learning Course Available

 

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The N4C Consortium (Networking for Communication Constrained Communities) has completed an e-learning tutorial about how to set up your own Delay & Disruption Tolerant Networking (DTN) network. Their intent is to make terrestrial DTN networks available to as many as possible. They developed course materials explaining how to set up the necessary software and hardware to establish a terrestrial DTN. It’s available, free of charge at: http://elearningdtn.ipn.pt/.

This project was made possible by funding from the EU Leonardo da Vinci Lifelong Learning Programme. More information about the N4C Consortium, and their work, is available at: http://www.n4c.eu/index.php.

 

 

Reigniting the Dream

The San Francisco Bay Area Chapter of the Internet Society has teamed with Vint Cerf (considered by many to be the “Father of the Internet”) and researchers from NASA/JPL, Miter Corporation, and many other institutions around the world to reignite the dream of on interplanetary system of data communications, known as the InterPlanetary Network (IPN). The work centers around revitalizing the InterPlanetary Networking Special Interest Group (IPNSIG) of the Internet Society. So far, the group has:

  • Reestablished an active governing board
  • Redesigned and refreshed the ipnsig.org website
  • Garnered pro gratis support from the technical writing firm, Warthman Associates, to revise a Delay & Disruption Tolerant Networking (DTN) Tutorial for technical readers (available at www.ipnsig.org)
  • Worked with Warthman Associates to develop a DTN Primer for non-technical readers (available at www.ipnsig.org)

IPNSIG has big plans for 2013 and beyond. Because DTN is such a critical component of an envisioned interplanetary communications network, our first priority is to promote the development, maturity and adoption of DTN for both interplanetary and terrestrial use. In fact, investigating the potential of DTN to solve interesting terrestrial problems is high on our list for 2013. Our goals for 2013 include:

  • Facilitating the development of easy-to-use SDK’s for various development platforms, especially for mobile use.
  • Raising funding for development resources to establish a publicly available testbed for DTN applications
  • Developing a DTN application development competition to be staged at Campus Party Silicon Valley in 2014. This competition will become an annual event in honor of Adrian Hooke, one of the leading figures in InterPlanetary Networking within IPNSIG, NASA, and the global Space Agency community.

For more information, please visit www.ipnsig.org

 

Remembering Adrian

AdrianHookeLargeWe hang on to the people who matter to us, as long as we can, and then we can’t hang on any longer and they’re gone.  Adrian Hooke was a visionary, a romantic, a true believer, sometimes a tough adversary and always a loyal friend.  Maybe most of all, for those of us who worked with him on making the Solar System Internet a reality, he was a tireless, resourceful, and endlessly enthusiastic leader.  We will miss him.

Adrian was an admitted Space geek for 46 years.  He worked on the Lunar Modules for Apollo 9, 10, 11, and 12, from 1966 to 1969.  He was on the flight control teams for the Mariner 9 and 10 missions that visited Mars, Venus, and Mercury.  He worked on Voyager and SEASAT, and in 1976-77 he spent a year at the European Space Agency helping with the Shuttle-SpaceLab program.

Out of his experience with these projects grew a deep understanding of the complexity of communicating with spacecraft and of the costs and risks inherent in reinventing vehicle command and telemetry procedures over and over again for every new mission.  So from 1981 onward Adrian made it his business to improve the reliability and reduce the cost of flight mission communications by establishing sound standards.

He was well equipped for job he’d taken on.  He was very smart, and he was highly articulate.  In Adrian’s nature were steely determination and limitless energy, with not only a keen appreciation of human wackiness but also an equally keen ear – and not much patience – for pernicious nonsense.

In 1982 Adrian co-founded the international Consultative Committee for Space Data Systems.  Within CCSDS, he was instrumental in the development of international standards for Packet Telemetry, Packet Telecommand, the Advanced Orbiting Systems protocols used for communication with the International Space Station, and the Space Communications Protocol Standards that improve Internet protocol performance over links to Earth-orbiting satellites.

All of this was prologue to the vision of a ubiquitous, cheap, and reliable Interplanetary Internet – as simple to use as the terrestrial Internet, but able to operate over the enormous distances between planets in the solar system – that captured his imagination in the late 1990s.  Adrian organized the initial meeting of JPL, MITRE, and Sparta engineers with Vint Cerf at MCI, in February of 1998, that planted the seeds for what we would later call Delay-Tolerant Networking.  He then spent the next fourteen years nurturing DTN: finding money to develop it, encouraging experiments to demonstrate it, and helping often-skeptical space programs to finally understand its importance.  That work isn’t done yet, but without Adrian’s fierce commitment it might never have gotten started.

And there isn’t anyone quite like him to take over, now that he’s gone.  The rest of us have just got to step up.  In the end, Adrian finished the job in the only way he could: along with so much else, he left us an idea worth reaching for.  We couldn’t hope for any more.  Goodbye, Adrian, and thanks.

Video Highlights DTN’s Role in Enhanced International Collaboration, Reduced Costs of Space Missions

NASA has produced a video explaining why DTN is so critical to future space exploration. It explains how the Consultative Committee for Space Data Systems has been working to standardize space communications around DTN. This standardization is critical in order to enable the data communication necessary for international cooperative space missions within the constraints of signal delay at distances greater than earth orbit. Equally important, standardizing around DTN can significantly reduce the cost of increasingly complex space missions. Click the image below to view this educational and engaging video.

Click this image to link to NASA video about CCSDS & DTN

 

 

DTN in the news: NASA/ESA collaborate to remotely control terrestrial rover from ISS

Here are links to news stories featuring a recent experiment onboard the International Space Station (ISS). Mission Commander Sunita Williams used a laptop to remotely control a robotic “Lego” rover at the European Space Agency (ESA) European Space Operations Center in Darmstadt, Germany. For more information about Lego rovers, see this article.

This experiment showed basic feasibility of remotely controlling robotic probes on the surface of other planets. Badri Younes, deputy associate administrator for space communications and navigation at NASA Headquarters stated “The experimental DTN we’ve tested from the space station may one day be used by humans on a spacecraft in orbit around Mars to operate robots on the surface, or from Earth using orbiting satellites as relay stations.”

ESA’s Lego rover robot used for testing DTN

 

 

Click here for the ZD-Net article on the experiment

Click here for the Information Week article on the experiment

 

 

DTN in International Space Station (ISS) operations

Follow this link to a recent NASA article detailing progress in incorporating DTN into daily operations on the ISS.

We’re feeling refreshed!

Welcome to the newly refurbished InterPlanetary Networking Special Interest Group (IPNSIG) website! We’ve changed our look and our focus. We will be bringing not only the latest news about InterPlanetary Networking, but also lots of content and links to explain these exciting new technologies for the merely mortal among us. We’ll also be publishing content in the near future highlighting important terrestrial uses for Delay and Disruption Tolerant Networking (DTN). Check back often! Or better yet, subscribe to our RSS feed…