U.S.-German Cooperative Research in Computational Algebra and High-Speed Networks

PI和大学的Gerhard Michler之间的国际合作 Gesamthochschule埃森将开发一个更好的适合之间的网络为基础的并行 架构和应用。 美方人员是计算机体系结构方面的专家， 而德国小组的专长是代数应用。 的相互作用 两个集团之间的合作将导致重组基础的方法， 算法和更好的并行计算支持软件，以及生成 减少工作站之间当前通信开销的方法。 教训 在解决与并行和分布式应用程序相关的问题时学到的知识 系统将有益于许多其他应用领域。 此外，灵活、稳定、高效， 和用户友好的并行系统将大大有利于计算基础设施， 科学与工程学 通过这个项目，美国集团将获得一个高度 受人尊敬的计算机代数组，并在德国国家知识 计算机代数重点计划由德国相当于NSF管理。

This international collaboration between the PI and Gerhard Michler at the Universitªt Gesamthochschule Essen will develop a better fit between network-based parallel architectures and applications. The U.S. personnel are experts in computer architectures, while the German group's expertise is in algebraic applications. The interaction collaboration between the two groups will result in ways to restructure underlying algorithms and better support software for parallel computations, as well as generate methods to reduce the current communications overhead between workstations. Lessons learned in solving problems associated with applications for parallel and distributed systems will benefit many other applications areas. In addition, flexible, stable, efficient, and user-friendly parallel systems will greatly benefit the computational infrastructure of science and engineering. Through this project, the U.S. group will gain access to a highly respected computer algebra group, and to the knowledge in the German national computer-algebra focus program administered by the German equivalent of NSF.