EPSCoR Grant (Award 9871974) Annual Report January 2000 I. Project Participants 1. What people have worked on your project?
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2. What other organizations have been involved as partners?
3. Have you had other collaborators or contacts?
II. Activities and Findings 1. Describe the major research and education activities of the project. Activities to-date have focused on the engineering aspects of the Nevada Research Network infrastructure and negotiations with service providers for fiber connectivity. All in-state networking equipment was purchased under an EPSCoR grant, and configuration and testing is underway at SCS's Reno office. Equipment is installed at UNR, UNLV, and DRI campuses, and fiber upgrade projects are nearing completion to allow campus connections to SCS. 2. Describe the major findings resulting from these activities. Network engineering options have been evaluated and most are now finalized. 3. Describe the opportunities for training and development provided by your project. Project co-PIs and support personnel have attended a number of ATM, vBNS, IN2, Abilene, and NLANR conferences and workshops to become familiar with high-speed networking technical and policy issues. 4. Describe outreach activities your project has undertaken. The NRN project has maintained a Web site for informing UCCSN campuses and monitoring agencies since the original EPSCoR proposal was submitted in February, 1998.This site was moved from "www.dri.edu/NRN" to "www.nevada.edu/nrn" and features the original grant proposals, quarterly status reports, partnerships, engineering plans, and a list of contacts which includes the PI and co-PIs of this project. III. Publications and Products 1. What have you published as a result of this work? The first year of this project will result in no publications. 2. What Web site or other Internet site have you created? The NRN Web site is located at "http://www.nevada.edu/nrn" and contains information related to the EPSCoR-funded state infrastructure as well as vBNS/Abilene connectivity funded by this CISE grant. 3. What other specific products (databases, physical collections, educational aids, software, instruments, or the like) have you developed? None during the first year of this project. IV. Contributions Accomplishments, innovations, and successes of your project relative to: 1. The principal discipline(s) of the project The principal discipline of this project is high-speed network access in support of meritorious research applications. At this time, negotiations with commercial service providers are nearing fruition, and partnerships with local power companies and state agencies beyond those specified in the proposal are well-established.By means of trading state highway right-of- ways for fiber capacity from Williams Fiber, substantial cost savings for the in-state infrastructure are being realized. Partnerships with local power companies in Reno and Las Vegas for last-mile connectivity between Williams and SCS offices are also resulting in substantial cost savings and long-term working relationships. A tentative agreement with the CENIC group to allow connection of the NRN to vBNS/Abilene through the CAL-REN network will result in lower last-mile costs and a potential for closer working relationships between Nevada and California research campuses. 2. Other disciplines of science or engineering
3. The development of human resources Co-PIs, members of the NRN support team, and campus researchers have Attended Internet2 meetings and workshops, the Chautagua at Kentucky, the NLANR DAST workshop in Tucson, and Cisco ATM classes in preparation for implementing and supporting the high-speed network covered by this grant. Some of this material (e.g., distributed computing issues) has been disseminated to campus support staff and applications programmers. 4. The physical, institutional, or information resources that form the infrastructure for research and education The entire goalof this project is to improve the information resources available to Nevada researchers. A secondary benefit is improving collaboration between Nevada research campuses and other computational resources available on the national research networks. At this time, the groundwork is nearly laid for implementing these resources, but researchers have not yet seen the benefits of this work. 5. Other aspects of public welfare beyond science and engineering, such as commercial technology, the economy, cost-efficient environmental protection, or solutions to social problems The negotiations with Williams Fiber to exchange state highway right-of-way access for bandwidth will drastically reduce long-term costs to the state of Nevada. Using existing right-of-way routes reduces the environmental impact of adding fiber capacity to the state. In addition, other state agencies and departments will benefit from the availability of high-bandwidth fiber capacity at greatly reduced costs under this agreement. Given the normal economic disadvantages Nevada experiences because of geographical distances between its two major population centers, the effect of these reduced costs cannot be overstated. V. Objectives and Scope A brief summary of work to be performed during the next year of support if changed from the original proposal. |