Collaborative Research: A Programmable, Efficient, and Dynamic Architecture and Compilation Framework for Networking Applications

摘要本文研究了网络应用中基于粗粒度和细粒度多线程的两种密切相关的并发执行模型。该研究将产生多线程架构和执行模型，以处理该领域应用程序对可编程性、可伸缩性、动态工作负载处理和存储密集型特性的需求。此外，将在建议的体系结构执行模型下开发适当的编译方法和工具。随着多线程和多核芯片架构的日益普及，对应用程序分解、性能和可编程性的基本理解成为一个重要问题。该项目将确定架构、执行模型，以及基于网络应用程序要求集处理这些问题的软件工具。

A Programmable, Efficient, and Dynamic Architecture and Compilation Framework for Networking ApplicationsAbstractThe research addresses two closely related concurrent execution models based on coarse-grained and fine-grained multithreading in the context of networking applications. The research will result in multithreaded architecture and execution models to handle the needs for programmability, scalability, dynamic workload handling, and storage intensive features of applications in this domain. In addition, appropriate compilation methods and tools under the proposed architecture execution models will be developed. With increasing availability of multithreaded and multicore chip architectures the need for fundamental understanding of application decomposition, performance and programmability is a significant problem. The project will identify architectures, execution models, and software tools that address these issues based on a demanding set of networking applications.