Joint 3-D vessel segmentation and centerline extraction using oblique Hough forests with steerable filters - ScienceDirect
Steerable Pyramid
The Steerable Pyramid: a translation- and rotation-equivariant wavelet representation for images
Notes on Steerable Filters | Semantic Scholar
Steerable filter of synthetic examples outputs with degrees (a) 0°, (b)... | Download Scientific Diagram
Steerable Pyramid
A quick Introduction to Steerable Filters | Medium
A gentle introduction to Steerable Neural Networks (part 2) | by Matteo Ciprian | Towards Data Science
a) Examples of the basic steerable filters in the first row and... | Download Scientific Diagram
Lane Detection Using Steerable Filters and FPGA-based Implementation | Semantic Scholar
A gentle introduction to Steerable Neural Networks (part 1) | by Matteo Ciprian | Towards Data Science
Steerable filter of block diagram | Download Scientific Diagram
Image Processing Xuejin Chen Ref: - ppt download
Image Processing Xuejin Chen Ref: - ppt download
Implementation of steerable filtering (cf. (5)). | Download Scientific Diagram
PPT - Image Processing PowerPoint Presentation, free download - ID:6105067
Dense Steerable Filter CNNs for Exploiting Rotational Symmetry in Histology Images | DeepAI
BIG > Demo > Steerable Filters
Steerable filters example
Steerable Filter Properties and Initial Application to a Reconstructed... | Download Scientific Diagram
Notes on Steerable Filters | Semantic Scholar
Figure 1 from The Design and Use of Steerable Filters | Semantic Scholar
![Simon Graham on X: "[3/6] To enable rotation-equivariance our model uses @TacoCohen's group-convolution with steerable filters, as first explored by @maurice_weiler, to enable precise filter rotation. We then use the dense connectivity](https://pbs.twimg.com/media/EVKHmFdUUAANqty.png "Simon Graham on X: \"[3/6] To enable rotation-equivariance our model uses @TacoCohen's group-convolution with steerable filters, as first explored by @maurice_weiler, to enable precise filter rotation. We then use the dense connectivity")
Simon Graham on X: "[3/6] To enable rotation-equivariance our model uses @TacoCohen's group-convolution with steerable filters, as first explored by @maurice_weiler, to enable precise filter rotation. We then use the dense connectivity
