M-party, a dynamic cache partitioning that activates a Dummy application to obfuscate the patterns of cache allocations is presented, which achieves 4.3% ...
To tackle security issues, we present M-party, a dynamic cache partitioning that activates a Dummy application to obfuscate the patterns of cache allocations.
M-Party: A Secure Dynamic Cache Partitioning by More Than Two Parties · No full-text available · Citations (0) · References (21) · Recommended publications.
In this paper, we propose Secure Dynamic Cache Partitioning (SecDCP), a partitioning technique that defeats cache timing channel attacks. The SecDCP scheme ...
In this paper, we propose Secure Dynamic Cache Partitioning (SecDCP), a partitioning technique that defeats cache timing channel attacks.
Missing: M- Party: Parties.
In this paper, we propose a new secure cache design, ExtendCache, which focuses on cache sets that may cause information leakage.
A cache-based system is adapted for dynamic cache partitioning. A cache is partitioned into a plurality of cache partitions for a plurality of entities.
In this paper, a novel content caching scheme, called DPPCOP has been proposed that dynamically partitioned the fog networks into the optimal number of ...
Jun 9, 2016 · the shared cache is statically divided into multiple partitions. Each application can only use its own partition of the cache, thus effec-.
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We propose DAWG, Dynamically Allocated Way Guard, a generic mechanism for secure way partitioning of set associative structures including caches. DAWG endows a ...