Advanced Networking and Networking and Emerging Technologies

This research bulletin explores the advanced networking issues and investments that colleges and universities that aspire to support their faculty and students in leading edge research and education activities must face in the near future. It is drawn from the work of the Advanced Networking Services Work Group at the University of California, which was charged with evaluating the current state of UC’s networking infrastructure, identifying best practices in global networking activities, and making recommendations to position UC for competitive advantage. The author served as chair of the Work Group. 

Citation for this work: McCredie, Jack. “Advanced Network Services: Current Issues in Higher Education” (Research Bulletin, Issue 9). Boulder, CO: EDUCAUSE Center for Applied Research, 2008, available from http://www.educause.edu/ecar.

New technologies and infrastructure that extend bandwidth and power to the seafloor are being developed within the Ocean Observatories Initiative of the National Science Foundation. A major component of this effort involving construction of major cabled subsea networks is focusing on science and education programs that will make use of this unprecedented interactive access to study the northeast Pacific Ocean. The last frontier on Earth—the deep sea—will be accessible to a global community of scientists, educators, decision makers, and learners of all ages. New technologies will enable new approaches to studies of ocean and earth processes that, for example, regulate global climate, absorb greenhouse gases, generate earthquakes and tsunamis, support major fish stocks, harbor life in the extreme environments of sea floor volcanoes, and form vast mineral resources.

This is the June 2004 ECAR survey instrument used for ECAR Research Study on Networking in Higher Education.

This ECAR research study is designed to illuminate a host of current network management practices related to IT in higher education; opportunities for connectivity to external networks; the institutional context of organization, leadership, and management; current and emerging technologies and converged networks; and the future of networking. The study is based on five major research initiatives: a literature review; consultation with the EDUCAUSE Net@EDU Integrated Communications Solutions Working Group; survey responses from 517 chief information officers and network directors in higher education; qualitative interviews with 12 higher education leaders about their view of the future of IT networking in higher education; and three in-depth cases studies involving four U.S. institutions and SURF, a Dutch higher education and research partnership.

This ECAR roadmap is designed to illuminate a host of current network management practices related to IT in higher education; opportunities for connectivity to external networks; the institutional context of organization, leadership and management; current emerging technologies and converged networks; and the future of networking. The roadmap is based on five major research initiatives: a literature review, consultation with the EDUCAUSE Net@EDU Integrated Communications Solutions Working Group, survey responses from 517 chief information officers and network directors in higher education, qualitative interviews with 12 higher education leaders about their view of the future of IT networking in higher education, and three in-depth cases studies involving four U.S. institutions and SURF, a Dutch higher education and research partnership.

This ECAR research study is designed to illuminate a host of current network management practices related to IT in higher education; opportunities for connectivity to external networks; the institutional context of organization, leadership and management; current emerging technologies and converged networks; and the future of networking. The study is based on five major research initiatives: a literature review, consultation with the EDUCAUSE Net@EDU Integrated Communications Solutions Working Group, survey responses from 517 chief information officers and network directors in higher education, qualitative interviews with 12 higher education leaders about their view of the future of IT networking in higher education, and three in-depth cases studies involving four U.S. institutions and SURF, a Dutch higher education and research partnership.

The authors discuss campus cyberinfrastructure and it's importance to future networking developments.