This paper proposes a novel algorithm to detect the particle size distribution of ores with irregular shapes and dim edges. This optical granulometry algorithm is particularly suitable for blast furnace process control, so its result can be used directly as a reliable basis for control system dynamics optimization. The paper explains the algorithm and its concept, as well as its method, which consists of five steps to detect ore granularity and distribution. A series of comparative experiments under industrial environments proved that this novel algorithm, compared with conventional ones, improves the accuracy of granulometry
An industrial prototype 3D imaging and analysis system has been developed that measures the pellet s...
This thesis contributes to the field of machine vision and the theory of the sampling of particulate...
Mineral processing relies heavily on the differential behaviour of particles in slurries. In order t...
Size measurement of iron ore pellets in industry is usually performed by manual sampling and sieving...
This paper presents a machine vision method for detection and classification of copper ore grains. W...
The paper is devoted to the vision system for determining the grain-size distribution of finely crus...
This paper presents selected problems related to the use of machine vision techniques for the analys...
The use of mechanical sieves has a great impact on measurement results because occurrence of anisome...
The usual characterization of particulate ore material with image analysis includes modal analysis a...
In this paper, authors described methods of material granularity evaluation and a novel method for g...
With the ever increasing pressure for digitization and optimization of mineral processing operations...
The possibility of the boundaries detection in the images of crushed ore particles using a convoluti...
Optical sizing of blasted rock has been used for about 15 years. Originally thought of as a specific...
During the mining operation, ore sorting and directing different grade ores to different processing ...
The operating cost of mining mainly depends on drilling, loading, hauling, crushing/grinding, minera...
An industrial prototype 3D imaging and analysis system has been developed that measures the pellet s...
This thesis contributes to the field of machine vision and the theory of the sampling of particulate...
Mineral processing relies heavily on the differential behaviour of particles in slurries. In order t...
Size measurement of iron ore pellets in industry is usually performed by manual sampling and sieving...
This paper presents a machine vision method for detection and classification of copper ore grains. W...
The paper is devoted to the vision system for determining the grain-size distribution of finely crus...
This paper presents selected problems related to the use of machine vision techniques for the analys...
The use of mechanical sieves has a great impact on measurement results because occurrence of anisome...
The usual characterization of particulate ore material with image analysis includes modal analysis a...
In this paper, authors described methods of material granularity evaluation and a novel method for g...
With the ever increasing pressure for digitization and optimization of mineral processing operations...
The possibility of the boundaries detection in the images of crushed ore particles using a convoluti...
Optical sizing of blasted rock has been used for about 15 years. Originally thought of as a specific...
During the mining operation, ore sorting and directing different grade ores to different processing ...
The operating cost of mining mainly depends on drilling, loading, hauling, crushing/grinding, minera...
An industrial prototype 3D imaging and analysis system has been developed that measures the pellet s...
This thesis contributes to the field of machine vision and the theory of the sampling of particulate...
Mineral processing relies heavily on the differential behaviour of particles in slurries. In order t...