We explore vectorised implementations, exploiting single instruction multiple data (SIMD) CPU instructions on commonly used architectures, of three efficient algorithms for morphological dilation and erosion. We discuss issues specific to SIMD implementation and describe how they guide algorithm choice. We compare our implementations to a commonly used opensource SIMD accelerated machine vision library and find orders of magnitude speed-ups can be achieved for erosions using two-dimensional structuring elements
Operation time of a function or procedure is a thing that always needs to be optimized. Parallelizin...
GPU architectures offer a significant opportunity for faster morphological image processing, and the...
13 pagesThis paper presents a fast, streaming algorithm for 1-D morphological opening on 2-D support...
We explore vectorised implementations, exploiting single instruction multiple data (SIMD) CPU instru...
This paper describes a new algorithm for performing erosion and dilation which is suitable for flat ...
This thesis deals with the algorithms of Mathematical Morphology that can consider the pixels of an ...
Morphological operations based on primitives such as dilation and erosion are slow to compute in pra...
This thesis deals with efficient algorithms for morphological image processing. Each chapter deals w...
This article describes and evaluates algorithms and their hardware architectures for binary morpholo...
International audienceMany useful morphological filters are built as more or less long concatenation...
The efficiency of implementations of binary morphology is investigated, using both full image raster...
In this paper, we evaluate the performance of morphological operations in central processing unit (C...
Morphological transformations are commonly used to perform a variety of image processing tasks. Howe...
Mathematical morphology has been an area of intensive research over the last few years. Although man...
Algorithmic description of the implementation of fast morphological operators with large structuring...
Operation time of a function or procedure is a thing that always needs to be optimized. Parallelizin...
GPU architectures offer a significant opportunity for faster morphological image processing, and the...
13 pagesThis paper presents a fast, streaming algorithm for 1-D morphological opening on 2-D support...
We explore vectorised implementations, exploiting single instruction multiple data (SIMD) CPU instru...
This paper describes a new algorithm for performing erosion and dilation which is suitable for flat ...
This thesis deals with the algorithms of Mathematical Morphology that can consider the pixels of an ...
Morphological operations based on primitives such as dilation and erosion are slow to compute in pra...
This thesis deals with efficient algorithms for morphological image processing. Each chapter deals w...
This article describes and evaluates algorithms and their hardware architectures for binary morpholo...
International audienceMany useful morphological filters are built as more or less long concatenation...
The efficiency of implementations of binary morphology is investigated, using both full image raster...
In this paper, we evaluate the performance of morphological operations in central processing unit (C...
Morphological transformations are commonly used to perform a variety of image processing tasks. Howe...
Mathematical morphology has been an area of intensive research over the last few years. Although man...
Algorithmic description of the implementation of fast morphological operators with large structuring...
Operation time of a function or procedure is a thing that always needs to be optimized. Parallelizin...
GPU architectures offer a significant opportunity for faster morphological image processing, and the...
13 pagesThis paper presents a fast, streaming algorithm for 1-D morphological opening on 2-D support...