The 14th Annual Global LambdaGrid Workshop will be held on 29 September - 1 October 2014 at the Rydges Lakeland Resort, Queenstown, New Zealand. Registration will be available online from May 2014. Demonstration Proposals should be submitted to the workshop organizers for full consideration before 31 March 2014. For more information: http://www.glif.is/meetings/2014/
Schedule (Provisional and subject to change)
MONDAY, 29 SEPTEMBER 2014
09:00 - 12:30
GLORIAD Meeting - by invitation only
The Internet Hall of Fame's 2nd annual ceremony on August 3, 2013, continued with the important tradition of celebrating Internet visionaries, innovators, and leaders from around the world who have made significant contributions to the development and advancement of the open, global Internet.
Dr. Steve Goldstein, while serving as Program Director in the National Science Foundation’s (NSF) Computer and Information Sciences and Engineering Directorate’s networking division starting in 1989, played a key role in evaluating and funding development of Internet initiatives around the world. He was recognized in the ceremony as a Global Connector, an individual who has made major contributions to the growth, connectivity, and use of the Internet, either on a global scale or within a specific region or community. Dr. Goldstein was GLORIAD's first program officer at NSF.
Kees Neggers, retired managing director of SURFnet and a seminal GLORIAD partner, was inducted into the Internet Hall of Fame as an Internet Pioneer. According to the jury of this
In an effort to expand capabilities in using OpenFlow technologies for the R&E communities in SE Asia, Northwestern University (NWU), SingAREN and GLORIAD are partnering in creating the first SE Asia OpenFlow testbed during the GLIF 2013 meeting taking place in Singapore from Oct 2-4, 2013. Joe Mambretti (NWU/StarWave/Starlight) has provided a small OpenFlow switch and a Control Server that will be shipped shortly to Singapore to be deployed at the SingAREN's colocation space at the GlobalSwitch (2 Tai Seng Ave), a premier colo facility in Singapore. This will leverage the longstanding GLORIAD-SingAREN partnership and the underlying global network fabric spreading from Singapore's Research Institutions and Universities to Hong Kong and on to Seattle, in partnership with CSTnet (China), and finally to Starlight facilities in Chicago, tying it there into the global, GLIF-sponsored OpenFlow testbed. While details of the demo are still being worked out, a significant goal has been set to start doing signaling and communication over the IPv6 network footprint. July 3, 2013
The official 2013 GLORIAD map is available for download in high, medium and small resolutions for your convenience.
To select and support through a grants program financially promising joint US-India entrepreneurial initiatives. These initiatives can originate from government, academic, non-governmental or commercial entities, and any combination thereof provided they focus on applied R&D, incorporate a business plan and proof of commercial concept, and have significant sustainable commercial potential.
Healthy individual: Affordable biomedical devices, diagnostic/preventive/curative measures, or food and nutrition products to improve health. (Drug development and clinical trials are not eligible activities in this category).
Empowering citizens: Reducing the digital/technology divide. This could include amongst others, information and communication technologies with societal impact in areas such as water, agriculture, financial inclusion, and education.
Excerpted from the US Department of State press release on the Second US-India Joint Commission Meeting on Science and Technology Cooperation in Washington on June 11, 2012.
Global Ring Network for Advanced Applications Development (GLORIAD): On June 9, 2012, the first direct U.S.-India advanced science and education network began supporting enormous data flows between the United States and the science center of India in Bangalore. Funded by the U.S. National Science Foundation—and as part of a public-private partnership featuring a $6M contribution by Tata Communications and enabled by the International Centre for Theoretical Sciences (ICTS) of the Tata Institute for Fundamental Research in Bangalore—the new link is part of the NSF-funded advanced global GLORIAD network. GLORIAD is designed to support the most advanced big-data research today, as well as education and health-related research, and its Indian partners at the ICTS are also launching the first open, science-driven, science-managed network exchange in India.
Full press release From US Department of State website.
(June 13, 2012)
After several long delays due to the events following the uprising in Egypt that toppled the previous ruling regime, a high-speed fibre-optic network linking scientists and educators from around the world has finally linked Egypt into it’s network.
Researchers in Egypt will be able to use the high bandwidth connection, with speeds at more than a billion bits per second, to collaborate with their counterparts around the world in research such as high-energy physics, astronomy and climate.
Through the new link, GLORIAD hosted the first ever school-to-school exchange over the new network, involving the STEM (Science, Technology, Engineering and Math) Academy High School and a technology magnet elementary school in Knoxville and GLORIAD’s partners in Cairo.
GLORIAD is set to continue expanding, with a new connection reaching the Gulf States in the Middle East and linking into a science infrastructure in Africa.
Read more about it:
Cairo, Egypt. May 4, 2012 – After almost two years of intense planning for new advanced science communication services for Egypt-U.S. collaboration, on December 7, 2011, the Egyptian Ministry of Science “switched on” the new high-speed GLORIAD network connecting scientists, educators and students across the US and Egypt.
Immediately, Egyptian universities, researchers and students gained access to a vastly increased speed of data transfer with thousands of universities and science facilities across the U.S., Europe, Asia and the rest of the world.
At over a billion bits per second (Gbps), the new world class high-speed connection to the Global Ring Network for Advanced Applications Development (GLORIAD) enables Egyptian researchers and students to participate in the most advanced research programs around the world – in high energy physics, astronomy, remote sensing, weather and climate science – and hundreds of others – by connecting universities, research facilities and schools throughout the U.S. with their peer institutions across Egypt.
GLORIAD is built on a fiber-optic ring of networks around the northern hemisphere of the earth, providing scientists, educators and students with advanced networking tools that improve communications and data exchange, enabling active, daily collaboration on common problems. With GLORIAD, the scientific community can move unprecedented volumes of valuable data effortlessly, stream video and communicate through quality audio- and video-conferencing.
GLORIAD exists today due to the shared commitment of the US, Russia, China, Korea, Canada, the Netherlands, the Nordic countries (Denmark -- including Greenland, Finland, Iceland, Norway and Sweden), India, Egypt and Singapore to promote increased engagement and cooperation between their countries, beginning with their scientists, educators and young people. The benefits of this advanced network are shared with Science & Education (S&E) communities throughout Europe, Asia and the Americas.
GLORIAD provides more than a network; it provides a stable, persistent, non-threatening means of facilitating dialog and increased cooperation between nations that often have been at odds through the past century. This new era of cooperation will provide benefits not only to the S&E communities but to every citizen in the partner countries through:
- Improved weather forecasting and atmospheric modeling through live sharing of monitoring data;
- New discoveries into the basic nature and structure of the universe through advanced network connections between high energy physicists and astronomers - and the expensive facilities GLORIAD makes it possible to share;
- Support of the global community building the International Thermonuclear Experimental Reactor (ITER), creating a technology which will someday provide a practically limitless supply of energy;
- Advancing joint geological sciences related to seismic monitoring and earthquake prediction;
- Enabling new joint telemedical applications and practices;
- Strengthening current programs in nuclear weapons disposal, nuclear materials protection, accounting and control and active discussions on combating terrorist threats.
- Increasing classroom-to-classroom cooperation to accessible scientists and students in other countries through the 24/7 EduCultural Channel, the “Virtual Science Museum of China,” the Russia-developed “Simple Words ” global essay contest, and a special partnership with International Junior Achievement.
These are a small sample of the literally thousands of active collaborations served by both the general and advanced network services provided by GLORIAD. To learn more about the applications using GLORIAD, browse the following pages. This site describes the currently operating GLORIAD network and plans to expand this to a much higher capacity and more capable infrastructure in the years ahead.
Download Official GLORIAD Maps