Thread- and data-level parallel simulation in SystemC, a Bitcoin miner case study

摘要

The rapidly growing design complexity has become a big obstacle and dramatically increased the time required for SystemC simulation. In this case study, we exploit different levels of parallelism, including thread- and data-level parallelism, to accelerate the simulation of a Bitcoin miner model in SystemC. Our experiments are performed on two multi-core processors and one many-core Intel(g) Xeon PhiTM Coprocessor. Our results show that with the combination of data- and thread-level parallelism, the peak simulation speed improves by over 11× on a 4-core host, 50× on a 16-core host, and 510× on a 60-core host, respectively. The results confirm the efficiency of combining thread- and datalevel parallelism for higher SystemC simulation speed, and can serve as a benchmark for future optimization of system level design, modeling, and simulation.