To maintain reliable operation, task allocation for many-core processors must consider the
heat interaction of processor cores and network-on-chip routers in performing task …

Recent research has shown that forwarding speculative data to other processors before it is
requested can improve the performance of multiprocessor systems. The most recent work in …

A typical machine learning development cycle maximizes performance during model
training and then minimizes the memory and area footprint of the trained model for …

Power has become a primary concern for HPC systems. Dynamic voltage and frequency
scaling (DVFS) and dynamic concurrency throttling (DCT) are two software tools (or knobs) …

Multi-and many-core systems are increasingly prevalent in embedded systems. Additionally,
isolation requirements between different partitions and criticalities are gaining in importance …

This paper proposes a new architecture-level thermal modeling method to address the
emerging thermal related analysis and optimization problem for high-performance multi-core …

An ideal simulator allows an architect to swiftly explore design alternatives and accurately
determine their impact on performance. Design exploration requires simulators to be easily …

Many-core systems provide a feasible means to build high-performance multi-application
systems. They are increasingly exposed to dynamic changes due to varying and online …

As modern processors are becoming increasingly complex, fast and accurate performance
prediction is crucial during the early phases of hardware and software co-development. To …

Computing has recently reached an inflection point with the introduction of multi-core
processors. On-chip thread-level parallelism is doubling approximately every other year …