可以计算3d核磁共振成像的DTI数据的张量的轨迹，便于进行神经纤维跟踪。-The tensor trajectory can be computed 3d magnetic resonance imaging DTI data, to facilitate the tracking of nerve fibers.

改代码实现了3d核磁共振成像数据中DTI数据的弥散张量场的计算，适合初学者学习。-3d MRI data DTI data calculation of the diffusion tensor field to change the code, suitable for beginners to learn.

利用非线性结构张量处理一些图形问题，能够有效的解决和优化现成的处理方法-In this article, we introduce nonlinear versions of the popular structure tensor, also known as second moment matrix. These nonlinear structure tensors replace the Gaussian smoothing of the classical structure te

用于计算三维医学图像的的扩散张量的方向分布函数-Used to compute the 3 Dimension Diffusion Tensor s Orientation Distribution Function（ODF）