Combined Research-Curriculum Development Program High Speed Local Area Networks: Systems and Applications

CDA-9700828 Aggarwal，Sudhir Ghose，Kanad Gupta，Vipul Phatak，Dhananjay 纽约州立大学宾汉姆顿分校 高速局域网：系统和应用 微电子技术的进步已经使得为局域网（LAN）实现低延迟和高带宽链路成为可能，但这并不能自动转化为应用级的高速通信。 由于协议栈、操作系统和I/O网络存储子系统的原因，出现了瓶颈。 还必须了解新的应用程序如何利用紧耦合，以及移动的应用程序如何利用高速局域网的功能来满足其计算需求。 该奖项将有助于开发一个两个学期的课程序列，适当的实验室练习，整合到课程的新成果有关的设计，实施和使用高速局域网。 在传统的计算机科学和工程课程中，所需的信息只在一些单独的课程中部分覆盖，因此很难理解系统和应用程序设计中的权衡。 在这个项目的主旨将是抽象出并传达的关键概念，加强他们与一系列的实验室练习，涉及关键的硬件和软件系统组件的设计，导致一个完整的工作高速局域网支持一个或多个目标的应用程序。 相关主题将从行业的最新进展以及最近的研究文献中收集。

CDA-9700828 Aggarwal, Sudhir Ghose, Kanad Gupta, Vipul Phatak, Dhananjay SUNY-Binghamton CRCD: High Speed Local Area Networks: Systems and Application Technological advances in microelectronics have made it possible to implement low latency and high bandwidth links for local area networks (LANS) but this does not automatically translate into high speed communication at the application level. Bottlenecks arise due to the protocol stack, operating system and the I/O-network-memory subsystem. It is also necessary to understand how novel applications make use of tight coupling and how mobile applications exploit the capabilities of high speed LANs for their computing needs. This award will help to develop a two-semester course sequence, with appropriate laboratory exercises, that integrates into the curriculum new results relating to the design, implementation and use of high speed LANs. In the traditional computer science and engineering curricula, the requisite information is only partially covered in a number of separate courses, making it difficult to understand the tradeoffs in the systems and applications design. The main thrust in this project will be to abstract out and convey the key concepts, reinforcing them with a series of laboratory exercises that involve the design of key hardware and software systems components that lead to a full working high speed LAN supporting one or more targeted applications. Relevant topic will be gleaned from recent advances in the industry as well as the recent research literature.