Cornell's Faculty of Computing and Information Science (CIS) engages with every college at Cornell and shares the information revolution with every Cornell student to invent the fields of tomorrow.

Founded on the recognition that the ideas and technology of computing and information science are relevant to every academic discipline, CIS capitalizes on interdisciplinary collaboration to accelerate knowledge creation and discovery. At the center of Cornell's Information Campus, CIS bridges information and innovation.

For more information, go to Faculty of CIS Home Page.

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  • HyperFlow: A Processor Architecture for Timing-Safe Information-Flow Security 

    Ferraiuolo, Andrew; Zhao, Yuqi; Suh, G. Edward; Myers, Andrew C. (2018-05-01)
    This paper presents HyperFlow, a processor that enforces secure information flow, including control over timing channels. The design and implementation of HyperFlow offer security assurance because it is implemented ...
  • On Disintegration in Probabilistic Semantics 

    Kozen, Dexter (2018-04-01)
    We give a version of disintegration based on weaker assumptions than previously known. The result is derived using an enhanced version of the Radon-Nikodym theorem that makes explicit the approximating functions, thereby ...
  • A Reactive Approach for Use-Based Privacy 

    Birrell, Eleanor; Schneider, Fred B. (2017-11-24)
    Use-based privacy views privacy in terms of authorized uses, a philosophy well-suited for data collection and data analysis applications that arise in networked information systems. This work takes a first step toward ...
  • Videos of demo of self-driving robot with map verification 

    Liu, Jed; Corbett-Davies, Joseph; Ferraiuolo, Andrew; Campbell, Mark; Myers, Andrew C.; Suh, G. Edward (2017-10-06)
    Three videos of a self-driving Segway system are shown, following an oval track. Delivering the system an incorrect map causes the system to drive off the track. The third video shows the system running with software that ...
  • Undecidable Problems for Probabilistic Network Programming 

    Kahn, David (2017-07-07)
    The software defined networking language NetKAT is able to verify many useful properties of networks automatically via a PSPACE decision procedure for program equality. However, for its probabilistic extension ProbNetKAT, ...

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