Active experiment for analysis of movement activities dinamographic structure of “Uki Goshi”, one of the main ku-dan system judo techniques has been performed. The hypothesis that there are much more complicated interrelations between kinematical and dynamical structures has been proved. With the means of reacting dummy, the uke counter attack in the specific points of dynamic function development has been modeled. The untenability of classic biodynamic analysis conclusions, where the uke reaction is not modeled was proved. This study has also relation to the creation of individual training process for highly qualified competitors. 

The aim of the presents study is to make a comparison between heart rates measured at real altitude and at the simulated altitude (in hypoxic chamber), before and after the process of acclimatization. Six students (two women and four men) of Faculty of sport in Ljubljana participated in the study. They undergone eighteen day long acclimatization process on 2100 - 5642 m. Heart rates were measured in rest and during the step test before and after the acclimatization, at two locations: high altitude simulation chamber in Ljubljana and real altitude in Elbrus, Kavkaz, both at 2100 m. The results showed that heart rates were not significantly different between real altitude and simulated altitude. Acclimatization process caused a decrease of heart rates in both cases. From that we can conclude that it would be possible to train in hypoxic chamber and therefore shorten the acclimatization time in real very high mountains. Heart rate could be used as an objective parameter of the quality of the acclimatization. This should be proven in the future by research on bigger sample.