Analytical expression of inverse solution for kinematics equation is solved.
通过分析，得到了运动学逆解的解析公式。
This paper presents a new method of ECG inverse solution by using computer software.
本文提出一种新的用计算机解心电逆问题的方法。
Intelligent hill climbing algorithm (IHCA) is a new way to solve the kinematic inverse solution.
智能登山法是一种新型的运动学逆解求取方法。
The inverse solution was obtained through minimizing the object function using CGM based on the direct problem.
反问题的解在正问题的基础上通过共轭梯度法最小化目标函数得到。
The paper presented a 6-dof parallel earthquake simulator with 8-pss redundant input which has a unique inverse solution.
提出一种采用8 -PSS冗余输入的6自由度并联地震模拟器，该地震模拟器具有唯一的位置反解。
Computer simulation demonstrates that nonlinear local optimization methods are effective for EEG inverse solution if the source number is one or two and the initial iterative values are reasonable.
仿真结果表明，在处理一个或两个源场的情况下，如果迭代初值选择合理，非线性局域优化方法可以有效地解决脑电逆问题。
Computer simulation demonstrates that nonlinear local optimization methods are effective for EEG inverse solution if the source number is one or two and the initial iterative values are reasonable.
仿真结果表明，在处理一个或两个源场的情况下，如果迭代初值选择合理，非线性局域优化方法可以有效地解决脑电逆问题。
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