HPCA.
High Performance Computer Architecture Project with Oregon State University .
The energy consumption of computer systems is a significant concern, and different architectures, such as x86, ARM, and GPU, have been proposed to improve energy efficiency. This project aims to investigate the energy efficiency of x86, ARM, and GPU architectures and identify the most promising solutions, with a specific focus on the thermal effects of power consumption and cooling requirements for high-performance devices.
More Stories
Project Progress Report
This progress report provides an update on our project to investigate and compare different computing architectures with respect to power efficiency. The project aims to identify and evaluate different approaches to energy-efficient computing and to compare their relative merits in terms of power efficiency. In this report, we summarize the progress made to date, as well as our plans for the next phase of the project.
Exploration of Energy Efficiency in x86, ARM, and GPU Architectures
The energy consumption of computer systems is a significant concern, and different architectures, such as x86, ARM, and GPU, have been proposed to improve energy efficiency. This project aims to investigate the energy efficiency of x86, ARM, and GPU architectures and identify the most promising solutions, with a specific focus on the thermal effects of power consumption and cooling requirements for high-performance devices.
Exploration of Energy Efficiency in x86, ARM, and GPU Architectures
The energy consumption of computer systems is a significant concern, and different architectures, such as x86, ARM, and GPU, have been proposed to improve energy efficiency. This project aims to investigate the energy efficiency of x86, ARM, and GPU architectures and identify the most promising solutions, with a specific focus on the thermal effects of power consumption and cooling requirements for high-performance devices.