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Filtering by: Creator Kohler, Gabriel E. Remove constraint Creator: Kohler, Gabriel E. Committee Member Bobba, Rakesh Remove constraint Committee Member: Bobba, Rakesh Degree Field Computer Science Remove constraint Degree Field: Computer Science

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  • Efficient Oblivious Access to Trees

    Creator:
    Hackebeil, Gabriel A.
    Abstract:
    The outsourcing of data storage and related infrastructure to third-party services in the cloud is a trend that has gained considerable momentum in the last decade due to the savings it affords companies in both capital and operational costs. Although encryption can alleviate some of the privacy concerns associated with...
    Resource Type:
    Masters Thesis
    Full Text:
    AN ABSTRACT OF THE THESIS OF Gabriel A. Hackebeil for the

  • Mobile Cryptographic Coprocessor for Privacy-Preserving Two-Party Computation

    Creator:
    Kulp, Gabriel
    Abstract:
    Multi-party computation (MPC) is a field of study focused on devising cryptographic protocols that allow participants to learn the output of some function of their private inputs without trusting a third party to perform the computation. This is usually done at a large scale between data centers, with little emphasis...
    Resource Type:
    Honors College Thesis
    Full Text:
    , IceStorm Corresponding e-mail address: kulpga@oregonstate.edu ©Copyright by Gabriel Kulp May 28, 2021

  • Poisoning machine learning models to increase membership inference risks

    Creator:
    Le, Hoang
    Abstract:
    Deep learning is now being utilized widely in applications where sensitive data is being used for model training, for example, in health care. In this scenario, any data leakage will cause privacy concerns to whose data records are used to train the model. An attacker can actively cause privacy leakage...
    Resource Type:
    Masters Thesis
    Full Text:
    Result 10−3 10−2 10−1 100 False Positive Rate 10−2 10−1 100 Tr ue P os iti ve R at e poison

  • Routerless Network-on-chip

    Creator:
    Alazemi, Fawaz
    Abstract:
    Traditional bus-based interconnects are simple and easy to implement, but the scalability is greatly limited. While router-based networks-on-chip (NoCs) offer superior scalability, they also incur significant power and area overhead due to complex router structures. In this thesis, a new class of on-chip networks, referred to as Routerless (RL) NoCs,...
    Resource Type:
    Dissertation