Validity and Reliability of GPS Units to Monitor Cricket-Specific Movement Patterns

Petersen, Carl; Pyne, David B.; Portus, Marc; Dawson, Brian

doi:10.1123/ijspp.4.3.381

Cited by 181 publications

(164 citation statements)

References 24 publications

(21 reference statements)

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“…La incorporación de la tecnología GPS al entrenamiento permite monitorizar los desplazamientos realizados por los deportistas de una manera váli-da, fiable (Coutts y Duffield, 2010;Gray, Jenkins, Andrews, Taafee y Glover, 2010;Macleod, Morris, Nevill y Sunderland, 2009;Petersen, Pyne, Portus y Dawson, 2009) y rápida, debido a que se realiza un análisis automático de múltiples jugadores al mismo tiempo y los programas permiten realizar análisis sencillos (Edgecomb y Norton, 2006;MacLeod et al, 2009), por lo que representan la manera más práctica de monitorizar los movimientos de los deportistas (Hartwig et al, 2010). Por tanto, el propósito de este estudio será realizar una comparación entre las demandas físicas que los jugadores semiprofesionales de fútbol tienen durante el entrenamiento y los partidos amistosos, atendiendo, además, a los diferentes puestos específicos ocupados dentro del terreno de juego.…”

Section: Introductionunclassified

Demandas físicas en jugadores semiprofesionales de fútbol: ¿se entrena igual que se compite?. (Physical Demands in Semi-Professional Football Players: Is Training Carried out the Same as Competition?)

Casamichana¹,

Castellano²

2011

CCD

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ResumenEste estudio describe las demandas físicas de la competición en jugadores semiprofesionales de fútbol, en función de su demarcación, y el grado de similitud de éstas con el entrenamiento que realizan. Durante la temporada 2010-11, 32 jugadores de fútbol fueron estudiados tanto en competición (n = 67) como en entrenamiento (n = 206) durante el mismo periodo de la temporada. Los registros del perfil físico fueron realizados con dispositivos GPS. Comparado con el entrenamiento (E), los partidos amistosos (C) mostraron diferencias significativas en las demandas físicas, presentando valores superiores en todas las variables estudiadas excepto en la distancia recorrida a baja intensidad (0-6.9 km·h -1 ), que fue superior en E. Durante la C los jugadores recorren más distancia total por minuto (112.9 vs. 73.5 m·min -1 ) y a velocidades de 7.0-12.9, 13.0-17.9, 18.0-20.9 y >21 km·h -1 . Con relación a los sprints, en C se dan con mayor frecuencia por hora de juego (15.3 vs. 3.2), son más largos (15.2 vs. 9.4 m), de mayor duración (2.3 vs. 1.5 s) y de velocidad máxima superior (27.1 vs. 23.5 km·h -1 ). Finalmente, y con relación a los indicadores establecidos, en C se da una mayor Carga del jugador·min -1 (13.4 vs. 8.6 UA) y un ratio trabajo:descanso también mayor (2.4. vs. 0.9 UA). Los resultados de este estudio deberían ayudar al desarrollo de tareas específicas de E, aumentando la calidad y cantidad del trabajo, que permitieran acercarse a las demandas físicas de C.Palabras clave: tecnología GPS, fútbol, análisis del movimiento, demarcaciones, entrenamiento, competición. AbstractThis study describes the physical demands of competing in semi-professional football players, depending on their position and the degree of similarity with the training they perform. During the 2010-11 season, 32 football players were studied both in competition (n = 67) and in training (n = 206) during the same period of the season. The physical profile records were made with GPS devices. Compared with training (E) in soccer, friendly matches (C) showed significant differences in physical demands, presenting higher values in all variables except the distance at low intensity (0-6.9 km·h -1 ), which was higher in the E. During the C the players run more total distance per minute (112.9 vs. 73.5 m·min -1 ) and at speeds of 7. 0-12.9, 13.0-17.9, 18.0-20.9 and >21 km·h -1 . With regard to the sprints, the C is given most often by game time (15.3 vs. 3.2), are longer (15.2 vs. 9.4 m) of longer duration (2.3 vs. 1.5 s) and maximum speed higher (27.1 vs. 23.5 km·h -1 ). Finally, with regard to the indicators set out in the C there is a greater player load·min -1 (13.4 vs. 8.6 AU) and a work:rest ratio also higher (2.4. vs. 0.9 AU). The results of this study should help the development of specific training tasks, increasing the quality and quantity of exercise that allowed closer to the physical demands of the C.

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Section: Introductionunclassified

Demandas físicas en jugadores semiprofesionales de fútbol: ¿se entrena igual que se compite?. (Physical Demands in Semi-Professional Football Players: Is Training Carried out the Same as Competition?)

Casamichana¹,

Castellano²

2011

CCD

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“…Quantifying positional movement patterns in Twenty20 cricket [19] Comparison of player movement patterns between ODI and Test cricket [20] ODI Test Position Fielders (n=14) Fielders ( concluded that the VO 2max results of cricketers were superior to that of the general population. [21] ese results are comparable with the normative data presented for cricket players in Physiological Tests for Elite Athletes.…”

Section: Studymentioning

confidence: 99%

“…[1] Petersen et al [1,19,20] have conducted several studies using GPS technology, investigating physiological demands of performance in the three di erent formats of the game. Unlike in the study by Rudkin and O'Donoghue, [18] ve movement categories were established (standing/walking, jogging, running, striding and sprinting) and the three di erent cricket formats were investigated.…”

Section: Physiologicalmentioning

confidence: 99%

“…e authors recorded the number of completed shuttles (12.4; SD ±0.9), end heart rate (190.4 bpm; SD ±11.2) and predicted the VO 2max (54.9±3.7). e researchers [19,20] Variable*…”

Section: Aerobic and Anaerobic Tnessmentioning

confidence: 99%

“…is generalisation is supported by the ndings of time-motion analyses. [1,19,27] e multi-stage tness test is recommended to test aerobic power as it is inexpensive, easy to administer and applicable to many team sports with respect to the stop, start and change-of-direction movement patterns. [24] One study [14] showed that cricketers had a higher shuttle run number when compared with rugby union players, with a VO 2max of ~6 0 ml/kg / min.…”

Section: Aerobic and Anaerobic Tnessmentioning

confidence: 99%

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A review of cricket Fielding requirements

MacDonald¹,

Cronin²,

Mills³

et al. 2013

S. Afr. j. sports med.

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Cricket is played in three formats at elite level: Test, One Day and Twenty20. Fielding is an important component of cricket, as all players are obliged to eld. However, there is a paucity of literature on elding compared with that on batting and bowling. We review the available literature in terms of technical, mental, physiological and physical factors important to elding, to identify knowledge gaps and better understand the performance requirements of elding in cricket. Internationally, three formats of cricket are played at the elite level: Test, One Day and Twenty20. S Afr J SM[1] All players bat and field, while only some players bowl and one person keeps wicket. Dismissing a batsman can be achieved in different ways, some specific to fielders; hence, catching and throwing are vital skills. Common requirements for these skills are speed and accuracy.[2] As well as dismissing batsmen, the role of elders includes saving runs, particularly in the shorter formats of the game. Therefore, optimising the movements and skills required to successfully field can have an important influence on the game. However, despite the adage that 'catches win matches' , research into elding is sparse compared with that into batting and bowling. [3] e purpose of this review was therefore to investigate and critique the existing knowledge of fielding in cricket, with the intent of better understanding the performance demands of elding. MethodsFor the purpose of this review, fielding performance was divided into a number of components ( Fig. 1) which were systematically reviewed. Reviewed literature included peerreviewed articles and book chapters. The requirements of the wicket-keeper are not discussed here, as the demands of this position have been reviewed previously. [4] The literature search was conducted using search engines (PubMed, SportsDiscus and ScienceDirect). The search terms 'fielding', 'wicket-keeping', 'catching', 'cricket' and other related terms were used in various combinations to search for articles. The reference lists of articles found were assessed to extend the search. As elding was the focus of this review, articles speci cally focusing on the wicket-keeper were excluded from the review. Additionally, cricket-relevant chapters from edited books were included. TechnicalIn cricket, the playing field is not of fixed dimen sions. According to the laws of the game, 'the playing area shall be a minimum of 150 yards (137.16 m) from boundary to boundary square of the pitch, with the shorter of the two square boundaries being a minimum of 70 yards (64.01 m)' .[5] Due to the large and varying size of the playing eld, the skills of elding in cricket will vary considerably depending on where elders are placed. Here, the elding positions have been categorised as close (e.g. slips and short leg), inner-circle and outer-circle (Fig. 2). Shilbury [6] researched the frequency of field ing skills for 25 defined positions, and the elding patterns of individual players of an ' A'-grade cricket team playing first-class multi-da...

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Neuromuscular status and training load during 1 week of international training camp: the case of the U-21 football national team from the Czech Republic

Hrubý,

Paludo

2024

Sport Sci Health

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Validity and Reliability of GPS Units to Monitor Cricket-Specific Movement Patterns

Cited by 181 publications

References 24 publications

Demandas físicas en jugadores semiprofesionales de fútbol: ¿se entrena igual que se compite?. (Physical Demands in Semi-Professional Football Players: Is Training Carried out the Same as Competition?)

Demandas físicas en jugadores semiprofesionales de fútbol: ¿se entrena igual que se compite?. (Physical Demands in Semi-Professional Football Players: Is Training Carried out the Same as Competition?)

A review of cricket Fielding requirements

Neuromuscular status and training load during 1 week of international training camp: the case of the U-21 football national team from the Czech Republic

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