Computer architecture simulators play an important role in advancing computer architecture
research. With wider research directions and the increased number of simulators that have …

The significance of computer architecture simulators in advancing computer architecture
research is widely acknowledged. Computer architects have developed numerous …

gem5 has been extensively used in computer architecture simulations and in the evaluation
of new architectures for HPC (high performance computing) systems. Previous work has …

Modeling of on-chip interconnects in microarchitectural simulations is becoming more
important. Chips continue to increase their number of cores, ie, via 3D stacking and multi …

Domain-Specific Hardware Accelerators (DSHA) are natural components in the evolution of
general computers. However, designing and simulating hardware in Hardware Description …

We present COBRA, a framework which enables a realistic hardware-guided methodology
for evaluating compositions of hardware branch predictors. COBRA provides a common …

Nowadays, Multicore processor is a single processor which contains number of cores on a
chip. The cores are functional units made up of computation units and caches. Multicore …

Numerical solution of numerous modern problems in the area of science and technology
can only be performed on powerful wor stations and supercomputers. However, these wor …

Computer architecture simulators play a crucial role in the verification of a new system's
design. However, a single simulator may not be sufficient in covering detailed modeling of …

Since the early 70s, simulation infrastructures have been a keystone in computer
architecture research, providing a fast and reliable way to prototype and evaluate ideas for …