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Showing 1 to 7 of 7 for “"srivatsa"”.

  1. Creating a Portable Wireless Display

    Real time computing has become a vital part in military applications. Moreover certain operations require that the soldiers carry computing devices to assist them. These devices, besides providing them with location-based information, should also be transmitting the requested data. In this thesis, …

    uno Repository record for Creating a Portable Wireless Display (opens in a new tab)

  2. Optimization of Tapered Deployable Space Structures

    Modern spacecraft utilize deployable structures for many applications to strike a balance between functionality and size within a launch vehicle. Due to volume restrictions in a launch vehicle these deployable structures are stowed in a collapsed configuration during launch and deployed when the …

    vt Repository record for Optimization of Tapered Deployable Space Structures (opens in a new tab)

  3. Designing multicore scalable filesystems with durability and crash consistency

    It is challenging to simultaneously achieve multicore scalability and high disk throughput in a file system. For example, data structures that are on separate cache lines in memory (e.g., directory entries) are grouped together in a transaction log when the file system writes them to disk. This …

    mit Repository record for Designing multicore scalable filesystems with durability and crash consistency (opens in a new tab)

  4. Predictive modeling of fuel efficiency of trucks

    <p>This research studied the behavior of several controllable variables that affect the fuel efficiency of trucks. Re-routing is the process of modifying the parameters of the routes for a set of trips to optimize fuel consumption and also to increase customer satisfaction through efficient …

    binghamton Repository record for Predictive modeling of fuel efficiency of trucks (opens in a new tab)

  5. Exploring Immersed FEM, Material Design, and Biological Tissue Material Modeling

    This thesis utilizes the Immersed Interface Finite Element Method (IIFEM) for shape optimization and material design, while also investigating the modeling and parameterization of lung tissue for Diver Underwater Explosion (UNDEX) simulations. In the first part, a shape optimization scheme …

    vt Repository record for Exploring Immersed FEM, Material Design, and Biological Tissue Material Modeling (opens in a new tab)