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Objective: Develop a software tool chain for emerging architectures
Programmer productivity and performance portability are two of the most important challenges facing users of exascale…
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The objective of this research is to develop the mathematical foundations and framework for controlling and optimizing complex systems by developing data-driven machine learning and artificial…
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The overall goals of power consumption and performance drive the investigation of energy-efficient memory devices and architectures. Experts expect these new memory architectures to have deep memory…
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This project aims to develop a repository and associated capabilities for data collection, ingestion, and analysis for a broad class of Department of Energy (DOE) applications that span experimental…
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The PROTEAS project is a strategic response to the continuous changes in architectures and hardware that are defining the landscape for emerging ECP systems. PROTEAS is a flexible programming…
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Cosmic Castle is a multi-level hardware-software strategy that is integrated by a cross-cutting performance modeling methodology, using our innovative Aspen modeling framework. Our innovative…
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OpenACC Support for Clang and LLVM
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Programming NVM as Persistent, High-Performance Main Memory
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Parallel Aggregate Persistent Storage
Papyrus is a programming system that provides features for scalable, aggregate, persistent memory. Papyrus provides a portable and scalable…
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Significance and Impact
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Developing predictive tools to understand the behavior of plasma-facing components in fusion reactors. CSMD contributions include HPC implementation, uncertainty quantification, and data analysis and…