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Doctoral students leapfrog their way to optimization, innovation

机译:博士生跨越式地寻求优化,创新

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We are doctoral students in chemical engineering, with a focus on advanced process control (APC) and optimization at Oklahoma State University (OSU). With the guidance of our advisor, Dr. R. Russell Rhinehart, professor of chemical engineering, we are focused on developing a recently discovered Leapfrogging optimization technique and demonstrating its applicability in APC. Leapfrogging (LF) is a multiplayer, direct search, optimization technique. Initially, "players" are placed at random spots in the feasible decision variable space. The approach to reaching the global optimum is for a player with the worst objective function to "leapfrog" over the player with the best objective function to a new position into the reflected hyper-volume. This optimization technique is stopped when there is no statistical improvement relative to the data - when all players converge to a common optimum.
机译:我们是化学工程专业的博士生,主要研究俄克拉荷马州立大学(OSU)的高级过程控制(APC)和优化。在我们的顾问化学工程学教授R. Russell Rhinehart博士的指导下,我们专注于开发一种最新发现的Leapfrogging优化技术,并证明了其在APC中的适用性。跳跃(LF)是一种多人直接搜索优化技术。最初,“玩家”被放置在可行决策变量空间中的随机位置。达到全局最优的方法是使目标函数最差的玩家“跨越”具有最佳目标函数的玩家,使其进入反射超量的新位置。当没有相对于数据的统计改进时(当所有参与者都收敛到共同的最优值时),将停止这种优化技术。

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