Visualization of cracks by using the local Voronoi decompositions and distributed software

Pacevič, Ruslan; Kačeniauskas, Arnas; Markauskas, Darius

doi:10.1016/j.advengsoft.2015.02.004

Cited by 7 publications

(6 citation statements)

References 39 publications

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“…The accuracy of the developed visualization methods was evaluated by computing the total depth of cuts made in particles by the extracted crack surfaces. Experimental results presented this Chapter are published in (Kačeniauskas and Pacevič 2011), , (Pacevič, Kačeniauskas, et al 2015), (Kačeniauskas et al 2012), , (Pacevič and Kačeniauskas 2015).…”

Section: Experimental Research On the Proposed Visualization Methods mentioning

confidence: 99%

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Methods and Distributed Software for Visualization of Cracks Propagating in Discrete Particle Systems

Pacevič¹

2015

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Section: Experimental Research On the Proposed Visualization Methods mentioning

confidence: 99%

“…Parts of this Charpter are published in (Kačeniauskas and Pacevič 2011), , (Pacevič, Kačeniauskas, et al 2015), (Kačeniauskas et al 2012), , (Pacevič and Kačeniauskas 2015).…”

Section: Overview Of Distributed Visualization Systems and Visualizatmentioning

confidence: 99%

Methods and Distributed Software for Visualization of Cracks Propagating in Discrete Particle Systems

Pacevič¹

2015

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“…The system was constructed based on local shape decompositions in an area. The verification of the system proposed was shown via some experimental results (Pacevic et al, 2015).…”

Section: Related Studiesmentioning

confidence: 95%

Development of a Voronoi diagram based tree trunk detection system for mobile robots used in agricultural applications

Bayar

2017

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Purpose The purpose of this paper is to develop a methodology for detecting tree trunks for autonomous agricultural applications performed using mobile robots. Design/methodology/approach The system is constructed by following the principles of Voronoi diagram method which is one of the machine learning algorithms used by the robotics, mechatronics and automation researchers. Findings To analyze the accuracy and performance and to make verification and evaluation, both simulation and experimental studies are conducted. The results indicate that the tree trunk detection system developed using Voronoi diagram method can be able to detect tree trunks with high precision. Originality/value A novel solution technique to detect tree trunks is proposed. The adaptation of Voronoi diagram method in an agricultural (orchard) task is presented.

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“…• Based on geometry: this method focuses on the generation of suitable patterns, for the simulation of geometric fractures, obtaining a high degree of control over the fracture in aspects such as the size or shape of the different fragments. The latest advances in this type of fracture suggested by different authors [2]- [4], focus on the decomposition of the model being fractured into different fragments connected through a hierarchy of nodes.…”

Section: A Simulation Of Fractures Using Fracture Patternsmentioning

confidence: 99%

Generation and Validation of Osseous Fracture Patterns by Forensic Analysis

et al. 2020

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This paper presents a method for the generation of bone fracture patterns and their automatic validation through the use of forensic analysis. A tool has been designed that allows the generation of a fracture pattern interactively and guided by the system, based on the study of real cases of fractures. This tool assists the specialist in obtaining fracture patterns according to certain rules taken from the statistical analysis of real cases. Additionally, a parametric fracture pattern generator has been developed. This autonomous generator is able to obtain fracture patterns according to forensic case studies. Once a fracture pattern has been generated, by using one of these two methods the system also provides the validation of this pattern based on a forensic analysis, indicating the feasibility of the fracture pattern being valid and explaining the causes of its validity or non-validity. In addition, these tools provide an analysis not only of the probability of a pattern being correct, but also whether it is capable of detecting some limit patterns that could be valid if experts indicate this circumstance. The system is not closed to new cases, it being possible to include new forensic analysis. Both the interactive tool and the automatic generator, have been validated by experts. The automatic generator tool has been checked for feasibility with forensic statistical analysis. Finally, a usability study was carried out to assess the intuitive use of the interactive tool.

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Visualization of cracks by using the local Voronoi decompositions and distributed software

Cited by 7 publications

References 39 publications

Methods and Distributed Software for Visualization of Cracks Propagating in Discrete Particle Systems

Methods and Distributed Software for Visualization of Cracks Propagating in Discrete Particle Systems

Development of a Voronoi diagram based tree trunk detection system for mobile robots used in agricultural applications

Generation and Validation of Osseous Fracture Patterns by Forensic Analysis

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