Academic literature on the topic 'Midfield meats'

In football, the selection of players line-up is based on their statistical performance. In this research, the line-up selection can implement the decision support system (DSS) with FMADM SAW method. The criteria were used are goal, assists, saves, clean sheets, yellow cards, red cards, games, and an own goal. Then, the assessment players performance is using K-Means Clustering. There are two clusters: cluster_cukup and cluster_baik. The system used Manchester City player data in Forward, Midfielder, Defender and Goal Keeper position. The purpose of this research is applying the FMADM and K-Means Clustering method to the system. Based on the results, the line-up selection can be processed by FMADM method and the performance assessed by K-Means Clustering method. By using the system, the selection and the assessment can be conducted and give the best decision for football coach objectively.

Nowadays, football is one of the most famous sports in the world. Many football clubs and football academies have been established in Indonesia. In football academy, each player will be trained and selected to get the best positon in the team formation. In fact, each player has a different ability and skill. If a player gets a correct position, he can open the opportunity for his team to win a competition. This condition absolutely gives a good impact for the team. However, it will be a serious problem if a player plays in an incorrect position. The player's best position can be deciding by his own ability and skill. This study proposes the selection model of player's position by understanding a player's speed, stamina, strength, and other skills that covering, shooting, passing, dribble, and header with Tsukamoto Fuzzy Inference System. A player may have the following positions: central forward, midfielder, winger, goal keeper. In evaluation phase, this model exactly shows 52.17% accurate value. This means that the model decreases the misplacement of player's position. It is recommended for further study to make some additional criteria such as player's emotion, attitude, etc in order to increase accurate.

El presente estudio pretende mostrar de forma descriptiva los rangos de normalidad del Y-Balance-Test (YBT) para 173 jugadores de fútbol masculino, agrupados en 5 categorías (Cadetes: n= 48; edad= 14.18 ± 2.02 años; Juveniles: n= 62; edad= 18.20 ± 2.04 años; 3ª División: n = 21; edad = 25.42 ± 4.52 años; 2ª División B: n = 19; edad = 25.68 ± 3.00 años; 1ª División: n = 23; edad = 32.91 ± 3.04 años) y diferenciando la posición específica (portero, lateral, defensa central, centrocampista, extremo y delanteros). Los resultados del presente estudio se presentan en medias y desviaciones típicas, con el fin de poder mostrar el alcance normalizado (pierna dominante, no dominante) y las asimetrías entre extremidades (promedio ± DE; Total ≤ ± 4 y % del total en cm). Aunque es un estudio descriptivo, los datos que aquí se encuentran, parecen mostrar una mejora en los rangos del YBT a medida que aumentan la categoría para todas las medidas evaluadas. De forma complementaria, podemos sugerir que los delanteros de todas las categorías presentan déficit en la medida posteromedial (PM) y los jugadores de categoría cadete y juvenil, concretamente en la posición de centrocampistas, poseen grandes déficits en la totalidad de las medidas con respecto a los demás participantes del estudio. En conclusión, los resultados obtenidos nos permitirán obtener un amplio espectro de medidas en el YBT para diferentes categorías, que hasta donde alcanza nuestro conocimiento no existe en la literatura, para así ser más precisos en su evaluación. Además, nos ayudará a conocer con más precisión los rangos de normalidad de cada uno de los grupos, valorando en cada momento como la edad de estos influye en las asimetrías que podemos encontrar en nuestros futbolistas, permitiéndonos actuar en el deportista y establecer programas preventivos individualizados y preventivos más eficientes.Abstract. The aim of this study is to show the ranges of normality for soccer players in different categories evaluated by Y-Balance-Test (YBT). A total of 173 soccer players were evaluated and grouped in 5 different categories (U16: n= 48; age= 14.18 ± 2.02 age; U19: n= 62; age = 18.20 ± 2.04 age; Third Division: n = 21; age = 25.42 ± 4.52 age; Second Division B: n = 19; age = 25.68 ± 3.00 age; First Division: n = 23; age = 32.91 ± 3.04 age) according to their specific positions (goalkeeper, full backs, central defenders, center midfielders, wingers, and center forwards). The results of this research consist in the means and standard deviation for the YBT, with the purpose of explaining the standardized reach (dominant and non-dominant legs) and asymmetries between limbs (average ± DE; Total ≤ ± 4 and % of the total in cm). While the nature of this study is purely observational, an increase in the scores for all the measurements can be noted from lower to higher categories. At all categories, center forwards present a deficit in the posteromedial movement (PM), whereas center midfielder from U16 and U19 is the position with the highest deficits. The knowledge of the YBT scores is essential to understand with greater precision how categories influence the asymmetries, and consequently to create more effective preventive programs.

In modern football, having the ball is not tantamount to success. Following this study, we aim to analyse the efficiency of passes transmitted by the players specialised in the position of midfielder, referring specifically to some characteristic indicators of passes: direction, accuracy, distribution. It should be noted that this study was conducted on a football team in the Professional Championship of the Kingdom of Saudi Arabia. The research consisted in analysing the performance of midfielders in official games and establishing a relationship between the aforementioned characteristic indicators of passes and the concrete way in which the team created opportunities to score or scored goals. Thus, after determining the limits and capabilities of the team and players, we scheduled, in each training microcycle, the means to increase the efficiency of passes transmitted by the players specialised in the midfielder position. In particular, we used some means to get the midfielders to transmit the ball forward, from as few touches as possible, in the free space or directly to the striker. All means were designed for a dual purpose: technical and tactical. In conclusion, we can say that the direction, accuracy, and distribution of passes transmitted by the midfielders have a decisive role in creating opportunities and scoring goals.

The most cost effective treatment scheme for effluent from Midfield Meats, an abattoir in Warrnambool, Australia, was evaluated via a series of laboratory and commercial scale experiments. Effectiveness was measured in terms of suspended solids (SS) and biological oxygen demand (BOD) reduction. Economic assessment was based on predicted reduction in trade waste charges versus infrastructure and running costs. From the range of potential treatment technologies, those deemed most appropriate for trialling included pre-screening, sedimentation, coagulation and flocculation treatment and dissolved air floatation (DAF). Prior to evaluation of treatment types, flow, loads and contaminant characterisation of the waste streams was conducted to aid in selection of treatment type and capacity. Prescreening was found to be the most cost effective, followed by sedimentation, coagulation and flocculation treatment and finally DAF. The most economical treatment scheme that satisfied the requirements of Midfield Meats included a combination of prescreening and sedimentation. DAF and coagulation and flocculation treatment satisfactorily treated the wastewater, however were not cost effective under the current trade waste agreement.