Analysis of Reasonable Respiratory Efficiency in Tennis Competition and Training Environment Based on Cloud Computing

Area of Science:

• Sports Science
• Exercise Physiology
• Biomechanics

Background:

• Competitive tennis increasingly relies on quantifiable metrics.
• Breathing is a fundamental metabolic function vital for athletic performance.
• Tennis demands active offense and pushing physical and psychological limits.

Purpose of the Study:

• Analyze the role of breathing in tennis.
• Investigate the impact of breathing on sports rationality and explosiveness.
• Provide a theoretical basis for scientific tennis training.

Main Methods:

• Examined the characteristics of tennis events.
• Studied breathing forms and efficiency in tennis.
• Analyzed the relationship between breathing and physiological regulation.

Main Results:

• Scientific breathing improves internal environment stability and training effects.
• Optimizing breathing enhances alveolar ventilation and pulmonary ventilation.
• Deep exhalation reduces residual volume, increasing oxygen intake.

Conclusions:

• Rational breathing is essential for tennis performance and psychological regulation.
• Effective breathing techniques boost movement strength, reduce fatigue, and aid recovery.
• Optimized breathing contributes to better physical fitness allocation and overall sports results.