Sentinel
06-19-2011, 02:51 AM
Anyone seen this link.
http://hsbc.wimbledon.com/futures.htm
Some points...
Monitoring athlete performance and enhancing spectator enjoyment in the game will be a big part in the future of Wimbledon
Sensors will monitor muscular contractions, measuring fatigue and minimizing strain on tiring muscles
Sweat levels will be monitored to gauge hydration levels and indicate stress levelsPlayer's will be able to train on virtual courts such as Centre Court and select their opponent
Tennis robots could simulate an opponents game strategy
Training will be maximized between physical training sessions, as opponents’ games can be watched passively in the virtual world during recovery
Interchangeable lenses will allow players greater visibility on court in adverse lighting conditions.
Clothing fabrics will be capable of regulating a player's temperature
Active strapping/ compression solutions will adapt the level of compression according to the temperature of the clothing fabrics
Strings will bruise before breaking
Stiffer, lighter materials will lead to greater control of the racket weight distribution allowing the player to generate more spin
Wireless sensors will be embedded into the frame of the racket to record racket speed
Holographic projection technology will allow live game feeds to be projected in 3D environments
Tennis matches could be brought to us live in 3D in our living room
Audiences will see real-time feedback given to players during matches
http://hsbc.wimbledon.com/futures.htm
Some points...
Monitoring athlete performance and enhancing spectator enjoyment in the game will be a big part in the future of Wimbledon
Sensors will monitor muscular contractions, measuring fatigue and minimizing strain on tiring muscles
Sweat levels will be monitored to gauge hydration levels and indicate stress levelsPlayer's will be able to train on virtual courts such as Centre Court and select their opponent
Tennis robots could simulate an opponents game strategy
Training will be maximized between physical training sessions, as opponents’ games can be watched passively in the virtual world during recovery
Interchangeable lenses will allow players greater visibility on court in adverse lighting conditions.
Clothing fabrics will be capable of regulating a player's temperature
Active strapping/ compression solutions will adapt the level of compression according to the temperature of the clothing fabrics
Strings will bruise before breaking
Stiffer, lighter materials will lead to greater control of the racket weight distribution allowing the player to generate more spin
Wireless sensors will be embedded into the frame of the racket to record racket speed
Holographic projection technology will allow live game feeds to be projected in 3D environments
Tennis matches could be brought to us live in 3D in our living room
Audiences will see real-time feedback given to players during matches