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Homecoming Student Scholar & Public Engagement Showcase

Persistent link for this communityhttps://hdl.handle.net/11299/54847

The Homecoming Student Scholar & Public Engagement Showcase is an annual event celebrating the research, creative and outreach endeavors of members of the University community. The Showcase sponsors are: Office for Public Engagement; Office for Student Affairs; Office of the Senior Vice President for Academic Affairs and Provost; Office of the Senior Vice President for System Academic Administration; Office of the Senior Vice President for Health Sciences; Office of Undergraduate Education; Office for Faculty and Academic Affairs; Office of the Vice President for Research; Office for Equity and Diversity; Office of Human Resources; The Graduate School; Council of Graduate Students; Graduate and Professional Student Association; and Minnesota Student Association.

This collection contains presentations made at the Homecoming Student Scholar & Public Engagement Showcase.

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Browsing Homecoming Student Scholar & Public Engagement Showcase by Author "He, Tian"

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    Sleipnir: A Versatile Extremely Low Duty-Cycle Sensor Network
    (2009-10-07) Gu, Yu; He, Tian
    Wireless Sensor Network (WSN) is a new information paradigm based on the collaboration of a large number of self-organized sensing nodes that can be used for applications such as assisted living, infrastructure protection and scientific exploration. Along with advantages such as low-cost and low-profile, sensor networks are severely resource constrained, especially in terms of energy supply due to its small-form-factor. However, many sensor network based applications require a lifetime that can span tens of years. In order to bridge the gap between limited energy supply and long-term operation requirement, we then have to build extremely low duty-cycle sensor networks where sensor nodes stay in a dormant state for most of the time. In this thesis research, we initiate the first systematic research in this frontier under a wide spectrum of design space, including static, dynamic and mobile networks.