1) reverse-view transform
逆视变换
1.
This paper main discusses the idea of the reverse-view transform in the volume-rendering based on image, presents a new fasting ray-casting algorithm.
基于此,提出了一种新的加速光线投射算法,基于图象空间逆视变换的体绘制算法。
2) inverse perspective mapping
逆透视变换
1.
A new method to detect the lane markings is proposed,which detects the lane markings with Hough Transformation,then rebuilds the model of the lane plane in the 3D world space from the image plane in the 2D image space basing on the inverse perspective mapping(IPM)model,and finally obtains the parameter equations of both left and right lane markings.
本文提出了一种新的车道标志线检测方法,该方法使用 Hough 变换在图象中分别检测车道的左右标志线, 然后依据逆透视变换模型从车道线图象平面重建出世界坐标系下的车道平面模型,进一步得到左右车道标志线的参数方程。
3) Projection Inverse Transformation
透视逆变换
1.
Inverse of 3D from Image Point Based On Projection Inverse Transformation
基于透视逆变换由图像点反求空间坐标
4) nonlinear inverse perspective
非线性逆透视变换
1.
A nonlinear inverse perspective transform based method was proposed.
为实现摄像机畸变参数标定,提出了一种基于非线性逆透视变换模型的标定新方法。
5) Laplace inverse transformation
Laplace逆变换
1.
Solution of detention-including Laplace inverse transformation;
含有延迟的Laplace逆变换的求解
2.
By using Laplace inverse transformation method, a two-dimensional time-dependent partial differ-ential equation for crystal growth is analyzed and the solution is obtained.
对定常速度下二维非稳态晶体生长的数学模型进行了分析,证明了解的唯一性,并运用Laplace逆变换法对该定解问题进行求解,最后给出了一个具体的例子。
3.
Based on the generation theorem in terms of the Laplace transformation and the properties of exponentially bounded integrated C-semigroups,the Laplace inverse transformation for exponentially bounded integrated C-semigroups is deduced.
以积分C半群生成定理的Laplace刻划为基础,利用积分半群的性质,推导出指数有界积分半群的一种表达形式——Laplace逆变换形式。
6) inverse mapping
逆变换
1.
On the basis of the available finite element model with respect to the composite rock mass and bolt,by means of isoparametric inverse mapping,the model is further discussed after taking general conditions into account,and make it have more extensive uses.
在现有的岩锚组合的有限元模型的基础上,利用等参逆变换方法,对这种单元的一般的情况做了进一步的探讨,使其更具有广泛的适用性。
2.
There is no explicit formulation of inverse mapping about the isoparametric element, so inverse mapping is avoided in finite element analysis.
由于等参元不存在逆变换的显式 ,所以在有限元分析的列式中都回避等参元逆变换 。
补充资料：逆视
1.迎视。
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