1) MEG inverse problem
脑磁逆问题
2) EEG inverse problem
脑电逆问题
1.
Discussion of nonlinear local optimization methods for EEG inverse problem solution;
求解脑电逆问题的非线性局域优化方法探讨
2.
In this paper, the methods for solving the EEG inverse problem are investigated in details and the research work is focused on the following several aspects: (1) Some problems in the HEM numerical solution process based on realistic head model and related techniques are analyzed.
根据头皮记录到的多道脑电信号反演人脑内部电活动源的信息，即所谓脑电逆问题的研究是涉及到计算电磁场理论，生物医学工程及信息科学等跨学科的交叉性课题，正越来越多地受到国际学术界的重视，其研究成果将在探索人的感觉、认知过程及神经疾病诊断等方面具有重要作用。
3) inverse problem of EEG
脑电逆问题
1.
Using this improved arithmetic to solve the inverse problem of EEG,it runs faster and can avoid local optimization more availably than SGA.
脑电逆问题是指利用脑电图 (EEG)数据去反演可以反映脑电活动等效偶极子源的参数信息。
2.
According to multi- channels EEG from register on scalp, the information of the electric activity source in brain is obtained, that is so-called inverse problem of EEG The resea.
根据头皮记录到的多道脑电信号反演人脑内部电活动源的信息，即脑电逆问题的研究是涉及到计算电磁场理论，生物医学工程及信息科学等跨学科的交叉性课题，正越来越多地受到国际学术界的重视，其研究成果将在探索人的感觉、认知过程及神经疾病诊断等方面具有重要作用。
4) magnetoencephalographic forward problem
脑磁正问题
5) inverse electromagnetic problems
电磁场逆问题
1.
A vector tabu search method and its application in inverse electromagnetic problems;
矢量禁忌算法及其在电磁场逆问题中的应用
6) electromagnetic inverse problem
电磁场逆问题
1.
To release the requirement for tremendously heavy computation resources in the study of electromagnetic inverse problems,a fast global optimizer was proposed,based on the combination of the improved response surface mode(RSM) using compactly support radial basis functions(CS-RBF) and an improved particle swarm optimization(PSO).
为解决电磁场逆问题分析计算过度依赖计算机资源这一"瓶颈"问题,提出了一种新的快速全局优化算法。
补充资料：磁流体动力学中的数学问题
磁流体动力学中的数学问题
athematical problem in 1 I*
磁流体动力学中的数学问皿【..即咖一句面峨阵.如，兹.山曰四血目脚喇吻1血;M.rlt.T.o妞r周略目双皿...“.M眼MaT.，ec‘”e3即脚，.] 与研究导电流体和气体在磁场中的运动有关的问题.
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条