Scientific literature analysis of Judo in Web of Science®

Mancebo, María Fernanda; Ferrer-Sapena, Antonia; Herrera, Miguel Villamón; Moreno, Luís Millán González; Toca-Herrera, José L.; Benavent, Rafael Aleixandre

doi:10.12659/aob.883883

Cited by 53 publications

(51 citation statements)

References 6 publications

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“…To date, several works have studied martial arts from a bibliometric approach, focusing on scientific production in martial arts in Spain (GUTIÉRREZ-GARCÍA; PÉREZ-GUTIÉRREZ, 2009); Asian martial arts monographs (PÉREZ-GUTIÉRREZ, 2012; PÉREZ-GUTIÉRREZ; GUTIÉRREZ-GARCÍA, 2008) or journals (GUTIÉRREZ-GARCÍA; BRIEVA-ORTEGA; PÉREZ-GUTIÉRREZ, 2011); karate monographs published in Spain (PÉREZ-GUTIÉRREZ; GUTIÉRREZ-GARCÍA, 2009) and Czech Republic (ČIHOUNKOVÁ; REGULI, 2011; VIT; REGULI, 2011); or scientific literature about judo (PESET et al, 2013).…”

Section: Introductionmentioning

confidence: 99%

Taekwondo Scientific Production Published on the Web of Science (1988-2016): Collaboration and Topics

et al. 2017

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O objetivo foi desenvolver uma análise bibliométrica sobre padrões de colaboração e temas representados em artigos sobre taekwondo publicados na Web of Science até 2016. A informação bibliográfica de documentos foi recuperada. Em seguida, foram classificados em relação à área de pesquisa, assunto e tópico e calculadas as características de autoria e padrões de colaboração. Um total de 340 artigos foram encontrados, 304 de autoria múltipla. Ciências da Vida e Biomecânica foram a área de pesquisa e a disciplina mais importantes respectivamente. Pieter foi o autor mais prolífico enquanto Capranica obteve o maior índice de colaboração. Em conclusão, (1) a relevância da abordagem esportiva de taekwondo foi corroborada através da análise de áreas de pesquisa, disciplinas, temas, orientação e pontuações de citação das revistas; e (2) a pesquisa de taekwondo baseou-se fortemente na colaboração entre autores, instituições e países.

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Section: Introductionmentioning

confidence: 99%

Taekwondo Scientific Production Published on the Web of Science (1988-2016): Collaboration and Topics

et al. 2017

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“…Nevertheless, this requirement applies to the fight of judo in which many methods and means of training and competitive training need serious and qualitative changes (Bocioaca, 2014). This is confirmed by the analysis of the scientific literature devoted to various aspects of judo training and competitive activity (Osipov, Kudryavtsev, Iermakov, et al, 2017;Peset, Ferrer-Sapena, Villamón, et al, 2013). According to their scientific works, experts argue that the significant growth of sportsmanship of martial artists and the development of sports science make it absolutely necessary to conduct comprehensive scientific research in judo in order to improve the performance of athletes' competitive achievements (Challis, Scruton, Cole, et al, 2015).…”

Section: Introductionmentioning

confidence: 91%

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Koptev¹,

Osipov²,

Kudryavtsev³

et al. 2017

JPES

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Abstract:The article deals with the comparative contests ratios of judoists -men representing the Russian Federation and Kyrgyzstan at national and international competitions. The competition bouts of 146 athletes competing in weight categories up to 60 and 66 kg were analyzed for 2 time periods: from 2003 to 2009 and from 2010 to 2015. Moreover, the separation for periods is associated with the introduction of significant changes in the rules of judo competition aimed to encourage athletes to conduct a dynamic and attacking struggle. The purpose of the research was to reveal the fitness of the athletes to conduct an active attack on the modified rules of the competition. Besides, the results of the analysis conducted by the authors show that the judoists in the category up to 60 kg in the second time period is a significant increase in such competitive factors as the number of common technical (P <0.01) and successful (P <0.05) groundwork. It should also be noted the decrease in time intervals between attacking actions is an average of 16 seconds and a decrease in the number of lost technical actions of athletes in a wrestling (P <0.001). Meanwhile, the athletes competing in the category up to 66 kg showed a significant decrease in both the total (P <0.01) and the successful (P <0.001) number of technical actions in the wrestling. Some increase in the rates is fixed in the number of moves performed by wrestlers in the ground fighting but the data does not contain significant differences. In general, the experts believe that the majority of athletes of this weight category formed a defensive style of fighting which does not correspond to the views of experts and judges on the modern judo. The trainers and athletes should make certain adjustments to the tactics of constructing a competitive bout.

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“…Multiple studies ( [18], [19], [20], [21], [22]) rely on VOSviewer bibliometric network data visualization software that uses the concept of "density map" or "heat map" to emphasize relevant data. Colors indicate the density of relevance, ranging from blue (lowest density) to red (highest density).…”

Section: Modifications Of Force-directed Approachmentioning

confidence: 99%

Analysis of the Usage of Magnetic Force-directed Approach and Visual Techniques for Interactive Context-based Drawing of Multi-attributed Graphs

Zabiniako¹,

Rusakov

2014

Applied Computer Systems

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-In this article, the authors perform an analysis in order to assess adaptation of magnetic force-directed algorithms for context-based information extraction from multi-attributed graphs during visualization sessions. Theoretic standings behind magnetic force-directed approach are stated together with review on how particular features of respective algorithms in combination with appropriate visual techniques are especially suitable for improved processing and presenting of knowledge that is captured in form of graphs. The complexity of retrieving multi-attributed information within the proposed approach is handled with dedicated tools, such as selective attraction of nodes to MFE (Magnetic Force Emitter) based on search criteria, localization of POI (Point of Interest) regions, graph node anchoring, etc. Implicit compatibility of aforementioned tools with interactive nature of data exploration is distinguished. Description of case study, based on bibliometric network analysis is given, which is followed by the review of existing related works in this field. Conclusions are made and further studies in the field of visualization of multi-attributed graphs are defined.

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Scientific literature analysis of Judo in Web of Science®

Cited by 53 publications

References 6 publications

Taekwondo Scientific Production Published on the Web of Science (1988-2016): Collaboration and Topics

Taekwondo Scientific Production Published on the Web of Science (1988-2016): Collaboration and Topics

Untitled

Analysis of the Usage of Magnetic Force-directed Approach and Visual Techniques for Interactive Context-based Drawing of Multi-attributed Graphs

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