The Basic Components of Software-Hardware System for Modeling and Control of the Toroidal Plasma by Epsilon-Nets on Heterogeneous Mini-Supercomputers  

作　　者：Fedor S.Zaitsev Alexei G.Shishkin Andrei A.Lukianitsa Egor P.Suchkov Sergei V.Stepanov Fedor A.Anikeev 

机构地区：[1]Scientific Research Institute of System Development,Russian Academy of Sciences,Nakhimovsky prosp.,26 b.1,117218,Moscow,Russia [2]Moscow State University,Department of Computational Mathematics and Cybernetics,Lenin’s Hills,119991,Moscow,Russia.

出　　处：《Communications in Computational Physics》2018年第6期1-26,共26页计算物理通讯（英文）

基　　金：The authors are grateful to the head of NIISI RAS,Academician V.B.Betelin,the head of NIISI RAS department A.G.Kushnirenko for support and discussions and to P.B.Bogdanov for assistance in software modification for NIISI RAS heterogeneous computers.Research was partly funded by Grant I.33 of Presidium of Russian Academy of Sciences.

摘　　要：A significant step towards the comprehensive solution of the important new fundamental control problems of high-temperature plasma of toroidal configuration is made by utilizing heterogeneous mini-supercomputers of NIISI RAS(Scientific Research Institute of System Development,Russian Academy of Science).The basic components of hardware and software modeling system and automatic real-time plasma feedback control are developed and implemented.The system is named HASP CS(Hardware-Software Plasma Control System).It is based on a fundamentally new,more accurate and reliable control algorithm using a solution with a given accuracy of a number of inverse diagnostic problems by ∈-nets.The possibility of an application of the proposed technique during discharge time to provide feedback control of the boundary and internal plasma parameters is demonstrated.It is shown that the complex allows investigating the processes in currently operated and designed fusion devices and solving problems of fusion application for energy production.The recommendations to the engineering implementation of plasma control systems are made.The directions for further research are formulated.

关 键 词：Control problem ∈-net plasma TOKAMAK modeling 

分 类 号：TP3[自动化与计算机技术—计算机科学与技术]