Simulators are generally used during the design of computer architectures. Typically,
different simulators with different levels of complexity, speed and accuracy are used …

The accuracy of simulated cycles in high-level simulators is generally less than the accuracy
in detailed simulators for a single-core systems, because high-level simulators simulate the …

The microthreaded many-core architecture is comprised of multiple clusters of fine-grained
multi-threaded cores. The management of concurrency is supported in the instruction set …

High-level simulation is becoming commonly used for design space exploration of many-
core systems. We have been working on high-level simulation techniques for the …

Computer architects are always interested in analyzing the complex interactions amongst
the dynamically allocated resources. Generally a detailed simulator with a cycle-accurate …

The simulation of fine-grained latency tolerance based on the dynamic state of the system in
high-level simulation of many-core systems is a challenging simulation problem. We have …

This paper introduces SIMinG‐1k—a manycore simulator infrastructure. SIMinG‐1k is a
graphics processing unit accelerated, parallel simulator for design‐space exploration of …

Most existing computer architecture simulators are cycle oriented, ie, they are driven cycle
by cycle. However, frequent switches among simulation contexts, excessive buffer accesses …

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 …

Simulation is a key tool for computer architecture research. In particular, cycle-accurate
simulators are extremely important for microarchitecture exploration and detailed design …