Shakti-T uses the concept of fat pointers to eliminate spatial and temporal memory attacks. It uses a common memory region to store the base and bounds. The base and bounds are cached at the register level using a dedicated register file, and are accessed using a one-level indexing.
This work presents a unified hardware framework for handling spatial and temporal memory attacks. The paper integrates the proposed hardware framework with a ...
Jun 25, 2017 · This work presents a unified hardware framework for handling spatial and temporal memory attacks. The paper integrates the proposed hardware ...
Jun 25, 2017 · This work presents a unified hardware framework for handling spatial and temporal memory attacks. The paper integrates the proposed hardware ...
This work presents a unified hardware framework for handling spatial and temporal memory attacks with a RISC-V based micro-architecture with an enhanced ...
Nov 18, 2017 · While Shakti-T uses the conventional concept of fat- pointers to enable security against spatial memory attacks, it differs from traditional ...
Shakti-T: A RISC-V Processor with Light Weight Security Extensions. In Proceedings of the Hardware and Architectural Support for Security and Privacy (p. 2) ...
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Shakti-T: A RISC-V Processor with Light Weight Security Extensions · Arjun ... extension of RISC-V can be leveraged to support posit arithmetic. Expand. 8 ...
The Shakti project aims to build 6 variants of processors based on the RISC-V ISA. ... "Shakti-T: A RISC-V Processor with Light Weight Security Extensions" ...
"Shakti-T: A RISC-V processor with light weight security extensions." In Proceedings of the Hardware and. Architectural Support for Security and Privacy (HASP), ...