U.S.-France Cooperative Research: Delay Effects - Discretization Optimization Applications

9818312这个支持美法控制系统合作研究的三年奖涉及一组美国和法国的研究人员，他们由南伊利诺伊大学的顾克勤和康比涅技术大学的西尔维乌-尤利安·尼库列斯库领导。研究的目的是开发精确的时滞系统，以提高系统的性能和分析的可靠性。他们将研究与确定性系统有关的问题，包括最近发展的稳定性和性能理论的扩展、组合和简化。此外，他们还将把鲁棒随机控制设计理论和统计学习方法应用于时滞系统。所得结果将作为时滞系统的计算机辅助控制系统设计程序包，可应用于交通控制问题和大系统稳定的远程反馈控制。这一合作利用了美国和法国调查人员的互补专业知识。

9818312GuThis three-year award in support of U.S.-France collaborative research in control systems involves a group of US and French investigators, led by Keqin Gu of Southern Illinois University and Silviu-Iulian Niculescu at the Universite de Technologie de Compiegne. The objective of the research is to develop accurate time-delay systems in order to improve system performance and reliability of analysis. They will study problems related to deterministic systems, including the extension, combination and simplification of recently developed stability and performance theory. In addition, they will apply robust stochastic control design theory and statistical learning methodology to time-delay systems. The results will be implemented as a computer aided control systems design package for time-delay systems which could be applied to traffic control problems and to remote feedback control for stabilization of large-scale power systems. The collaboration takes advantage of the complementary expertise of the US and French investigators.