High-tech tracking device for Olympic success@ASC
The latest weapon in Australian athletes’ training arsenal has just been added thanks to a new collaboration announced by the Australian Institute of Sport (AIS) and the CSIRO.
In a world first, a mobile radio transmitter attached to an athlete or equipment can track their every move. The information is instantaneously sent back to the coach via a wireless network, enabling monitoring of an athlete’s location, speed and position relative to other athletes.
For a cyclist training in a velodrome, a light, mobile phone-sized device can be attached to the bike and can monitor, in real time, the cyclist’s location, speed, split times and accelerations. As well, the device can marry this information with the athlete’s sensory data such as body temperature and various indicators of fatigue.
02 October 2008
09 September 2008
Sports Sci J@Jul-Aug08
This is the latest sports science journal update.
---
Jul-Aug 08
Coaching
Stressors in elite sport: A coach perspective. JSS
Sprint vs. Interval Training in Football. IJSM
Strength & Conditioning
Development and Reliability of Two Core Stability Field Tests. JSCR
Resistance Exercise Biology: Manipulation of Resistance Exercise Programme Variables Determines the Responses of Cellular and Molecular Signalling Pathways. SM
Program Development for the Multisport High School Athlete. SCJ
Physiology
Autonomic Control of Heart Rate during and after Exercise: Measurements and Implications for Monitoring Training Status. SM
Evaluation of the Reliability of Soccer-Specific Field Tests. JSCR
Predicting Lactate Threshold Using Ventilatory Threshold. IJSM
Recovery From Training: A Brief Review: Brief Review. JSCR
Effect of Hydrotherapy on Recovery from Fatigue. IJSM
The Effects of Contrast Bathing and Compression Therapy on Muscular Performance. MSSE
Recovery training in cyclists: ergometric, hormonal and psychometric findings. SJMSS
Effect of Recovery Mode on Repeated Sprint Ability in Young Basketball Players. JSCR
Precooling Improves Endurance Performance in the Heat. CJSM
Is it Time for Sports Performance Researchers to Adopt a Clinical-Type Research Framework? IJSM
Doping and Physiological Research – Hostile Brothers or Unwanted Twins? IJSM
Nutrition
Anaerobic performance when rehydrating with water or commercially available sports drinks during prolonged exercise in the heat. APNM
Putting to rest the myth of creatine supplementation leading to muscle cramps and dehydration. BJSM
Biomechanics
Nil
Sports Medicine
A Physiological and Psychological Basis for Anti-Pronation Taping from a Critical Review of the Literature. SM
Concurrent Validity of Four Clinical Tests Used to Measure Hamstring Flexibility. JSCR
Different Diagnostic Tools in Nonfunctional Overreaching. IJSM
Screening the athlete’s shoulder for impingement symptoms: a clinical reasoning algorithm for early detection of shoulder pathology. BJSM
Salivary IgA as a Risk Factor for Upper Respiratory Infections in Elite Professional Athletes. MSSE
Air Pollution and Sports Performance in Beijing. IJSM
Psychology
Functional impact of emotions on athletic performance: Comparing the IZOF model and the directional perception approach. JSS
Talent ID and development
Anthropometric and Physiological Differences Between First Team and Reserve Soccer Players Aged 10-14 Years at the Beginning and End of the Season. JSCR
Association of the ACTN3 R577X polymorphism with power athlete status in Russians. EJAP
---
---
Jul-Aug 08
Coaching
Stressors in elite sport: A coach perspective. JSS
Sprint vs. Interval Training in Football. IJSM
Strength & Conditioning
Development and Reliability of Two Core Stability Field Tests. JSCR
Resistance Exercise Biology: Manipulation of Resistance Exercise Programme Variables Determines the Responses of Cellular and Molecular Signalling Pathways. SM
Program Development for the Multisport High School Athlete. SCJ
Physiology
Autonomic Control of Heart Rate during and after Exercise: Measurements and Implications for Monitoring Training Status. SM
Evaluation of the Reliability of Soccer-Specific Field Tests. JSCR
Predicting Lactate Threshold Using Ventilatory Threshold. IJSM
Recovery From Training: A Brief Review: Brief Review. JSCR
Effect of Hydrotherapy on Recovery from Fatigue. IJSM
The Effects of Contrast Bathing and Compression Therapy on Muscular Performance. MSSE
Recovery training in cyclists: ergometric, hormonal and psychometric findings. SJMSS
Effect of Recovery Mode on Repeated Sprint Ability in Young Basketball Players. JSCR
Precooling Improves Endurance Performance in the Heat. CJSM
Is it Time for Sports Performance Researchers to Adopt a Clinical-Type Research Framework? IJSM
Doping and Physiological Research – Hostile Brothers or Unwanted Twins? IJSM
Nutrition
Anaerobic performance when rehydrating with water or commercially available sports drinks during prolonged exercise in the heat. APNM
Putting to rest the myth of creatine supplementation leading to muscle cramps and dehydration. BJSM
Biomechanics
Nil
Sports Medicine
A Physiological and Psychological Basis for Anti-Pronation Taping from a Critical Review of the Literature. SM
Concurrent Validity of Four Clinical Tests Used to Measure Hamstring Flexibility. JSCR
Different Diagnostic Tools in Nonfunctional Overreaching. IJSM
Screening the athlete’s shoulder for impingement symptoms: a clinical reasoning algorithm for early detection of shoulder pathology. BJSM
Salivary IgA as a Risk Factor for Upper Respiratory Infections in Elite Professional Athletes. MSSE
Air Pollution and Sports Performance in Beijing. IJSM
Psychology
Functional impact of emotions on athletic performance: Comparing the IZOF model and the directional perception approach. JSS
Talent ID and development
Anthropometric and Physiological Differences Between First Team and Reserve Soccer Players Aged 10-14 Years at the Beginning and End of the Season. JSCR
Association of the ACTN3 R577X polymorphism with power athlete status in Russians. EJAP
---
18 August 2008
SPEEDO effects
LZR-Racer Results@SPEEDO
It’s been an amazing 8 days of swimming, 23 out of 25 WR’s have been won by athletes wearing Speedo LZR RACER at the Beijing Games (92%).
94% of gold medals at the games have been won in Speedo LZR RACER.
89% of all medals were won in Speedo LZR RACER.
Every event in men’s swimming was won by an athlete wearing the Speedo LZR RACER.
It’s been an amazing 8 days of swimming, 23 out of 25 WR’s have been won by athletes wearing Speedo LZR RACER at the Beijing Games (92%).
94% of gold medals at the games have been won in Speedo LZR RACER.
89% of all medals were won in Speedo LZR RACER.
Every event in men’s swimming was won by an athlete wearing the Speedo LZR RACER.
13 August 2008
radio tracking system for indoor and outdoor sports
High-tech tracking device for Olympic success@AIS
The latest weapon in Australian athletes’ training arsenal has just been added thanks to a new collaboration announced today by the Australian Institute of Sport (AIS) and the CSIRO.
In a world first, a mobile radio transmitter attached to an athlete or equipment can track their every move. The information is instantaneously sent back to the coach via a wireless network, enabling monitoring of an athlete’s location, speed and position relative to other athletes.
For a cyclist training in a velodrome, a light, mobile phone-sized device can be attached to the bike and can monitor, in real time, the cyclist’s location, speed, split times and accelerations. As well, the device can marry this information with the athlete’s sensory data such as body temperature and various indicators of fatigue.
The latest weapon in Australian athletes’ training arsenal has just been added thanks to a new collaboration announced today by the Australian Institute of Sport (AIS) and the CSIRO.
In a world first, a mobile radio transmitter attached to an athlete or equipment can track their every move. The information is instantaneously sent back to the coach via a wireless network, enabling monitoring of an athlete’s location, speed and position relative to other athletes.
For a cyclist training in a velodrome, a light, mobile phone-sized device can be attached to the bike and can monitor, in real time, the cyclist’s location, speed, split times and accelerations. As well, the device can marry this information with the athlete’s sensory data such as body temperature and various indicators of fatigue.
12 August 2008
sports technology used in Beijing Olympics
Gadgets Boost Olympic Performance — Legally@wired
Speedo LZR Suit
Lew Racing 8-Spoke Wheel and Disc Cranked Arrow
Respro Sportsta Face Mask
CAT-150 Hypoxic Portable Tent
Nike MaxSight contact lenses
Nike Flywire Zoom Victory Spikes and Adidas Lone Stars
Game Ready Cooling Vest and Nike PreCool Vest
Mizuno RB500/14.0 Bat
Nike Pidima
Robo-Pong 2040 Training Robot
Mikasa MVA200
VR Goggles
Speedo LZR Suit
Lew Racing 8-Spoke Wheel and Disc Cranked Arrow
Respro Sportsta Face Mask
CAT-150 Hypoxic Portable Tent
Nike MaxSight contact lenses
Nike Flywire Zoom Victory Spikes and Adidas Lone Stars
Game Ready Cooling Vest and Nike PreCool Vest
Mizuno RB500/14.0 Bat
Nike Pidima
Robo-Pong 2040 Training Robot
Mikasa MVA200
VR Goggles
Subscribe to:
Posts (Atom)
