下面是方法,像点乘中一样，是个几何方法。
Now comes my method number two as we had with the dot product, is a geometrical method.
试用几何方法证明下列代数恒等式。
Proving Methods of Thermodynamics Equality in Physical Chemistry;
总之，就是用几何方法或是在曲面上建立二重积分。
Use geometry or you need to set up for double integral of a surface.
机器人的连杆参数很难由几何方法测量。
The link parameters of a robot are very difficult to measure by means of normal geometric methods.
分形几何方法是一种新的图像压缩编码方法。
Fractal geometry method is a new method of image compression coding.
本文提出一种确定线性系统运动稳定性的几何方法。
It is presented in this paper a new geometrical method to determine the stability of motion of a linear dynamic system.
到现在为止对我们来说，都挺有用的就是这个底乘高的几何方法。
Well, what has worked pretty well for us so far is this geometric idea of base times height.
同时兼顾到计算效率，也结合几何方法模拟服装褶皱。
Besides, this article USES physically-based dynamic simulation method to model garment draping.
就像做功一样，当计算这线积分时，通常不这样用几何方法来做。
Just as we do work, when we compute this line integral, usually we don't do it geometrically like this.
用初等几何方法给出线性函数在无穷远点的保角性证明。
The use of elementary geometry method can give conformal demonstration of lineal function in infinite eigenvector.
提出了确定嵌入式三维接口线切割轨迹的画法几何方法。
A descriptive geometry method is presented to obtain the track of wire incision in processing the three dimensional cut.
斯宾诺莎利用几何方法来推断认识论的真理可举行事实。
Spinoza utilized geometrical methodology to deduce epistemological truths which could be held as factual.
利用射影几何方法在小缺陷码中，NMDS码是链条件码；
本文同时以直观的几何方法导出坐标变换矩阵，以便于应用。
In this article the transformation matrices of coordinate systems are derived with geometrical method for the purpose of application.
利用几何方法推导柱塞偶件密封性试验中相对回转角度的计算式。
The calculating equation of the relative rotating Angle in the leakage test of plunger and barrel assembly has been deduced by the geometric method.
应用先进的实验技术和分形几何方法研究了岩石损伤与岩石破碎。
The relationship between rock damage and rock fragmentation is studied by using advanced experimental technique and fractal geometric methods.
文中采用辛几何方法得到了二维反射天线上电磁波传播问题的解。
Solution on electromagnetic wave propagation in a two-dimensional reflector antenna by Symplectic Geometrical Theory has been gotten.
通过使用强大的矩阵几何方法，可以获得平稳系统状态概率分布。
Using a powerful Matrix-geometric method, the stationary probability distribution for the system states is obtained.
本文对这一方法中的距离几何方法以及其误差方程进行了详细讨论。
The distance geometry and its error functions in the method have been discussed in detail.
利用微分几何方法研究了一类非线性多输入多输出时滞系统的解耦问题。
The decoupling problem for a class of nonlinear MIMO time-delay systems is studied with differential geometric method.
通过运用斜割支线和几何方法，给出状态向量的卡尔曼滤波与最优预测。
The desired filter can be constructed by using the cross-cut and geometry method. The optimum prediction of the state vector is also given.
对采用微分几何方法设计永磁同步电机转速控制器的可行性进行了研究。
The feasibility of designing controller for control permanent-magnet synchronous motor speed is proposed by using differential geometry theory.
文章利用射影几何方法及配极原理给出二次曲线中点弦存在性定理的证明。
In this paper, the existence theorem of midpoint chord of quadratic curve, as well as its proof, is given via methods of projective geometry and polarity principle.
提出求解机器人臂平面多自由度机构的速度和加速度的CAD变量几何方法。
CAD variable geometric method was put forward to solve the velocity and acceleration of planar multi-DOF mechanism of robot arms.
在工程实用上，与传统的几何方法计算的结果相比，本方法得出的解更为精确。
Compared with the calculating result of conventional geometric method in practical engineering, the result here is more accurate.
针对常用的几种几何方法在实用中的局限性，提出了一种经过改进的多元回归方法。
An improved multi-parameter regression method to determine the normal height is introduced. It can overcome the limitations of the geometrical methods which are used in practice.
本文讨论了图像压缩的分形几何方法，并提出了形成“智能型图像压缩系统”的设想。
This paper discusses the fractal geometry method of image compression. And it provides an assumption to form "Intelligent Image Compression System".
运用微分几何方法讨论了存在相对阶的一般非线性控制系统的局部反馈渐近镇定问题。
Local feedback asymptotic stabilization problems for the general nonlinear systems which exist a relative degree are discussed.
本文对一道著名几何定理进行了推广与证明，从而用纯几何方法解决了一般的费尔玛问题。
This paper generalized and proved a famous geometry theorem, and obtained general solution of Fermat Problem by pure geometric method thereby.
本文对一道著名几何定理进行了推广与证明，从而用纯几何方法解决了一般的费尔玛问题。
This paper generalized and proved a famous geometry theorem, and obtained general solution of Fermat Problem by pure geometric method thereby.
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