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Optimizing Indirect Branches in Dynamic Binary Translators.

, , , and . ACM Trans. Archit. Code Optim., 13 (1): 7:1-7:25 (2016)

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Balancing performance and productivity for the development of dynamic binary instrumentation tools: a case study on Arm systems., , and . CC, page 132-142. ACM, (2020)DBHI: A Tool for Decoupled Functional Hardware-Software Co-Design on SoCs., , , , , and . FPGA, page 326. ACM, (2020)Optimising Dynamic Binary Modification across ARM microarchitectures.. University of Manchester, UK, (2017)British Library, EThOS.Optimising dynamic binary modification across 64-bit Arm microarchitectures., , and . VEE, page 185-197. ACM, (2020)Low overhead dynamic binary translation on ARM., , , and . PLDI, page 333-346. ACM, (2017)Optimizing Indirect Branches in Dynamic Binary Translators., , , and . ACM Trans. Archit. Code Optim., 13 (1): 7:1-7:25 (2016)Evaluating the Impact of Optimizations for Dynamic Binary Modification on 64-bit RISC-V., , , and . ISPASS, page 81-91. IEEE, (2023)The Potential of Dynamic Binary Modification and CPU-FPGA SoCs for Simulation., , , , , and . FCCM, page 144-151. IEEE Computer Society, (2017)MAMBO: A Low-Overhead Dynamic Binary Modification Tool for ARM., , and . ACM Trans. Archit. Code Optim., 13 (1): 14:1-14:26 (2016)HyperMAMBO-X64: Using Virtualization to Support High-Performance Transparent Binary Translation., , , , and . VEE, page 228-241. ACM, (2017)