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Adaptive and polymorphic VLIW processor to optimize fault tolerance, energy consumption, and performance.

, , , , и . CF, стр. 54-61. ACM, (2018)

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Adaptive and polymorphic VLIW processor to optimize fault tolerance, energy consumption, and performance., , , , и . CF, стр. 54-61. ACM, (2018)Machine Learning-Based Processor Adaptability Targeting Energy, Performance, and Reliability., , , , и . ISVLSI, стр. 158-163. IEEE, (2019)A Low-Cost BRAM-Based Function Reuse for Configurable Soft-Core Processors in FPGAs., , , , , , и . ARC, том 10824 из Lecture Notes in Computer Science, стр. 499-510. Springer, (2018)Optimized Use of Parallel Programming Interfaces in Multithreaded Embedded Architectures., , , и . ISVLSI, стр. 410-415. IEEE Computer Society, (2015)DIM-VEX: Exploiting Design Time Configurability and Runtime Reconfigurability., , , , , и . ARC, том 10824 из Lecture Notes in Computer Science, стр. 367-378. Springer, (2018)How Programming Languages and Paradigms Affect Performance and Energy in Multithreaded Applications., , , , и . SBESC, стр. 71-78. IEEE Computer Society, (2016)Multi-architecture profiler for Android., и . Int. J. High Perform. Syst. Archit., 7 (1): 41-55 (2017)Simbah-FI: Simulation-Based Hybrid Fault Injector., , и . SBESC, стр. 94-101. IEEE Computer Society, (2017)A Novel Phase-Based Low Overhead Fault Tolerance Approach for VLIW Processors., , , , , и . ISVLSI, стр. 485-490. IEEE Computer Society, (2015)Run-time phase prediction for a reconfigurable VLIW processor., , , , , и . DATE, стр. 1634-1639. IEEE, (2016)