CISE Research Instrumentation: Establishing a Laboratory for Research in Parallel Computing and Signal Processing

EIA-9911085 Eunice E. SantosLehigh UniversityCISE研究仪器：建立一个实验室，研究并行计算和信号处理电气工程和计算机科学系在Lehigh大学将购买计算和网络设备，这将致力于支持计算机和信息科学与工程的研究。 该设备将是必不可少的几个研究项目：便携式并行工具的算法设计，分析和瓶颈检测分布式信号检测，重点是声学系统这些项目的目标涉及开发Hi-PPAD（高性能并行算法设计器），一个环境，其中包括一套工具，以提供设计人员的能力，生产高效的高性能算法上的分布式内存并行机集中在严格的算法设计，通过一个综合框架。 为了提供一个直观的工具设计方法，我们提出了一个框架/分类方案的高性能计算算法/代码。 这个框架将提供一个积木式的方法，通过一个简洁的模型，并行算法和标准，组成一个并行算法的工具设计。 这两个项目都涉及运行计算机密集型模拟和代码，需要强大的专用处理器，大RAM容量和大I/O容量。

EIA-9911085Eunice E. SantosLehigh UniversityCISE Research Instrumentation: Establishing a Laboratory for Research in Parallel Computing and Signal ProcessingThe Department of Electrical Engineering and Computer Science at Lehigh University will purchase computing and networking equipment, which will be dedicated to support research in computer and information science and engineering. The equipment will be essential for several research projects:Portable Parallel Tools for Algorithm Design, Analysis and Bottleneck DetectionDistributed Signal Detection with Emphasis on Acoustic SystemsThe goal of these projects involves developing Hi-PPAD (High Performance Parallel Algorithm Designer), an environment that consists of a set of tools to provide designers with the ability to produce efficient high-performance algorithms on distributed-memory parallel machines focusing on rigorous algorithmic design through an integrative framework. In order to provide an intuitive approach to tool design, we propose a framework /classification scheme for high performance computing algorithms/code. This framework will provide a building block approach to tool design through a concise model of parallel algorithms and the criteria that compose a parallel algorithm. Both of these projects involve running computer intensive simulations and codes that require powerful dedicated processors, large RAM capacity, and large I/O capacity.