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Functional training status of soccer players from leading Russian teams
      
The maximum aerobic power and aerobic efficiency (anaerobic threshold) have been determined in major league soccer players.
      
The aerobic capacity of soccer players from leading Russian teams is substantially lower than that of players from leading European teams.
      
Structural and functional characteristics of the heart of professional soccer players after retirement from long-term sports act
      
The structural and functional characteristics of the heart of 51 retired soccer players who ceased training 3-15 years ago are presented.
      
During the preparations for the world soccer championship in Germany in 2006, a revised concept (Hannover concept) of response to mass casualties was developed.
      
Two competitive soccer players aged 23 and 17 years with known bicuspid aortic valve presented for sportsmedical preparticipation screening.
      
According to international guidelines, the first athlete was allowed to participate in competitive soccer.
      
It mainly appears in the context with exercise (especially badminton, tennis, squash and European soccer) in patients in their forties.
      
The latest achievements were the triumphs in the Soccer World and European Championships, which not only became the symbol for France's abilities, but also the symbol for the ability of the French integration model.
      
Integration of vision and walking skills together with high-level strategies for quadruped robots to play soccer
      
When involved in situations of cooperation or competition or both, like in a soccer game, a high-level supervision task is welcome.
      
MAPS (Multi-Agent Planning System) is a system for multi-agent coordination that has been developed in the robot soccer domain.
      
This enables the robots to perform several different task such as navigation, map generation or intelligent group behavior and does not limit them to the game of robot soccer.
      
For playing an aesthetic and effective game of robotic soccer, self-localization is a necessary prerequisite.
      
When we designed our robotic soccer team for participating in robotic soccer competitions, it turned out that none of the existing approaches met our requirements of being fast, accurate and robust.
      
golf courses, soccer and baseball fields), spraying of agricultural chemicals, forestry and construction works, etc.
      
We illustrate this approach by showing how two soccer robots were able to exchange a ball, during a real game, by combining the use of efficient collision avoidance algorithms with role swapping triggered by the value of the above quality function Q.
      
The experimental results show that a real humanoid learns to reach the ball and to shoot it into the goal in the context of the RoboCup soccer competition, and the further issues are discussed.
      
Robo-Erectus: a low-cost autonomous humanoid soccer robot
      
 

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