
Models of training race-walkers during the mezocycle of the direct preparation for starts based on the multi-criteria method of the analytic hierarchy process
Author(s) -
Grzegorz Sudoł,
Wiktor Adamus,
Edward Mleczko
Publication year - 2017
Publication title -
antropomotoryka
Language(s) - English
Resource type - Journals
eISSN - 2353-3986
pISSN - 1731-0652
DOI - 10.5604/01.3001.0011.6798
Subject(s) - analytic hierarchy process , athletes , computer science , champion , hierarchy , race (biology) , process (computing) , dominance (genetics) , psychology , operations research , applied psychology , mathematics , sociology , political science , physical therapy , medicine , gender studies , law , biochemistry , chemistry , gene , operating system
Aim. In the sports training of the best competitors around the world, there are many ways to organize the direct preparationfor a start. This training stage usually determines success. Despite such awareness, there is no knowledge as to which trainingsystem model can be considered the best in preparation for the most important sports event.Selection of the most effective variant of a champion’s sports training system in direct preparation for the Olympic Games inthe 50 km race-walk.Basic procedures. In our research, we based on the assumptions of the multi-criteria Analytic Hierarchy Process (AHP),which was developed by T.L. Saaty. The goal of the work progressed steadily: the main criteria (training measures, renewal,volume, Substantive structure training, base) were determined and subcriteria were allocated to them. A multi-level structure ofthe problem was built in the form of a hierarchical tree with respect to the main objective. A special interview with questionnairewas developed utilizing Saaty’s 9-level fundamental comparison scale. These interviews were conducted with 14 coaches of thebest athletes in Poland and the world in the 50 km race-walk. It’s the purpose of the study was to defi ne the main criteria and subcriteriawithin the structure of hierarchical dominance (preferences, weights). The article gives the priority (weight) for all criteriaand subcriteria as the geometric average of all the trainers’ answers. The subsequent step in fi nding the best way to prepare theathletes for the 50 km race-walk was to develop training models and choose the best alternative. The computer programms SuperDecisions and Expert ChoiceTM were used to perform calculations.Results. Among the 5 established criteria, training measures were the highest (Ptr. meas.=0.389) for all experts (coaches).Analysis shows that training in the DPS is the most important criterion. The next two measures (Substantive structure training andbase) were given equal priorities (Pmat. str.= PB=0.180). Less important was the volume (Pvol.=0.146), and the least important – renewal(Pren.=0.104). The sum of the priorities is always 1 (100%). The highest global priority was achieved by the PE subcriterion(19.61%). Among the 4 decision alternatives (training models), the best turned out to be the model by the younger-generationPolish coaches.Conclusion. The AHP is an adequate tool that demonstrates the fi ndings well, therefore it may be suitable in choosing the mostappropriate training alternative in the direct preparation for a start in the 50 km race-walk.