Often, some entities do not require timing-channel protection or trust others with information. We propose lattice priority scheduling (LPS), a secure memory ...

Lattice Priority Scheduling: Low-Overhead. Timing-Channel Protection for a Shared Memory Controller. Andrew Ferraiuolo1, Yao Wang1, Danfeng Zhang2, Andrew C ...

We propose lattice priority scheduling (LPS), a secure memory scheduling algorithm that improves performance by more precisely meeting the target system's ...

This design was further improved by the lattice priority scheduling [73] and quantitative security guarantee [211] to reduce performance overhead and increased ...

This assumption limits the capability of the memory controller to allocate resources effectively, and causes severe performance penalties. Further, the ...

Missing: Lattice priority

Dive into the research topics of 'Lattice priority scheduling: Low-overhead timing-channel protection for a shared memory controller'. Together they form a ...

Lattice Priority Scheduling: Low-Overhead Timing Channel Protection for a Shared Memory Controller. A Ferraiuolo, Y Wang, D Zhang, AC Myers, GE Suh. HPCA, 2016.

Lattice Priority Scheduling: Low-Overhead Timing Channel Protection for a Shared Memory Controller. A Ferraiuolo, Y Wang, D Zhang, AC Myers, GE Suh. HPCA, 2016.