Modern processors are integrating an increasing number of cores, which brings new design
challenges. However, mainstream architectural simulators primarily focus on unicore or …

With their significant performance and energy advantages, emerging manycore processors
have also brought new challenges to the architecture research community. Manycore …

The evolution to Manycore platforms is real, both in the High-Performance Computing
domain and in embedded systems. If we start with ten or more cores, we can see the …

The EU Apple-CORE project has explored the design and implementation of novel general-
purpose many-core chips featuring hardware microthreading and hardware support for …

Multi-core processors prove their extensive use in the area of system-on-chip (SoC) on a
single chip. This paper proposes a methodology and implements a multi-core simulator. The …

In this paper, we introduce PTLsim, a cycle accurate full system x86-64 microprocessor
simulator and virtual machine. PTLsim models a modern superscalar out of order x86-64 …

This paper presents Manifold, an open-source parallel simulation framework for multicore
architectures. It consists of a parallel simulation kernel, a set of microarchitecture …

This paper describes NSF-supported work in parallelized computer system simulators being
done in the Electrical and Computer Engineering Department at the University of Texas at …

Trends in VLSI and micro architecture design have ushered in the multi-core era, where the
number of cores on a chip is expected to grow with every processor generation. Soon, each …

We present MARSS, an open source, fast, full system simulation tool built on QEMU to
support cycle-accurate simulation of superscalar homogeneous and heterogeneous …