About this Research Topic
Swimming is a globally recognized sport with a rich history of competitions. Over the years, techniques and training methodologies have evolved, incorporating insights from biomechanics, physiology, and more recently, data science. This special issue aims to consolidate the current knowledge in swimming competition analysis and project the future improvements in this domain, especially with the integration of emerging technologies.
The special issue will encompass:
- Reviews of current methodologies in swimming analysis, from biomechanics to physiological assessments
- Application and impact of technology in swimming competitions: wearables, sensors, AI-driven insights, and real-time feedback systems
- Case studies showcasing the use of advanced analytical methods in swimming training and competitions
- Discussions on the ethical considerations and potential drawbacks of advanced analytics in competitive swimming
- Projections and discussions on the next wave of innovations set to revolutionize swimming competition analysis
The topic “Swimming Competitions Analysis: State of the Art and Future Improvement” inherently bridges multiple disciplines. This interconnection fosters a holistic understanding of the subject and opens up avenues for groundbreaking innovations
- Biomechanics & Physiology: At the core, understanding the mechanics of human movement in water and the physiological aspects of swimmers’ performance is crucial. Experts from these fields can provide insights into optimizing swimming techniques and minimizing injuries.
- Sports Psychology: The mental aspect of competitions, dealing with pressure, and achieving peak performance are all within the purview of sports psychology. Analyzing psychological elements in conjunction with physiological data can offer a comprehensive view of a swimmer’s performance
- Data Science & AI: With the increasing use of wearables and sensors, there’s a deluge of data available from every swim. Data scientists can extract meaningful patterns, while AI experts can
create predictive models for performance optimization or early injury detection
- Engineering & Technology: Innovations in designing wearables, underwater cameras, sensors, and real-time feedback systems come from the field of engineering. These technologies, when used effectively, can revolutionize how swimmers train and compete
- Ethics & Sports Governance: As technology plays an increasingly integral role in sports, there are rising concerns about fairness, data privacy, and the spirit of competition. Experts in ethics and sports governance can shed light on navigating these challenges
- Coaching & Athletic Training: Practical insights from coaches and trainers are invaluable. They can share on-the-ground challenges and benefits of integrating advanced analytics into training regimes, ensuring that the research remains grounded in real-world applicability
- Sports Nutrition: Understanding and optimizing a swimmer’s diet for training and competitions can be crucial for performance. Nutritionists can contribute to discussions on how dietary choices interact with training methods and physiological demands.
By bringing together contributions from these diverse disciplines, the special issue can provide a panoramic view of the current state of swimming competition analysis and pave the way for truly interdisciplinary innovations in the future.
The special issue will encompass:
- Reviews of current methodologies in swimming analysis, from biomechanics to physiological assessments
- Application and impact of technology in swimming competitions: wearables, sensors, AI-driven insights, and real-time feedback systems
- Case studies showcasing the use of advanced analytical methods in swimming training and competitions
- Discussions on the ethical considerations and potential drawbacks of advanced analytics in competitive swimming
- Projections and discussions on the next wave of innovations set to revolutionize swimming competition analysis
The topic “Swimming Competitions Analysis: State of the Art and Future Improvement” inherently bridges multiple disciplines. This interconnection fosters a holistic understanding of the subject and opens up avenues for groundbreaking innovations
- Biomechanics & Physiology: At the core, understanding the mechanics of human movement in water and the physiological aspects of swimmers’ performance is crucial. Experts from these fields can provide insights into optimizing swimming techniques and minimizing injuries.
- Sports Psychology: The mental aspect of competitions, dealing with pressure, and achieving peak performance are all within the purview of sports psychology. Analyzing psychological elements in conjunction with physiological data can offer a comprehensive view of a swimmer’s performance
- Data Science & AI: With the increasing use of wearables and sensors, there’s a deluge of data available from every swim. Data scientists can extract meaningful patterns, while AI experts can
create predictive models for performance optimization or early injury detection
- Engineering & Technology: Innovations in designing wearables, underwater cameras, sensors, and real-time feedback systems come from the field of engineering. These technologies, when used effectively, can revolutionize how swimmers train and compete
- Ethics & Sports Governance: As technology plays an increasingly integral role in sports, there are rising concerns about fairness, data privacy, and the spirit of competition. Experts in ethics and sports governance can shed light on navigating these challenges
- Coaching & Athletic Training: Practical insights from coaches and trainers are invaluable. They can share on-the-ground challenges and benefits of integrating advanced analytics into training regimes, ensuring that the research remains grounded in real-world applicability
- Sports Nutrition: Understanding and optimizing a swimmer’s diet for training and competitions can be crucial for performance. Nutritionists can contribute to discussions on how dietary choices interact with training methods and physiological demands.
By bringing together contributions from these diverse disciplines, the special issue can provide a panoramic view of the current state of swimming competition analysis and pave the way for truly interdisciplinary innovations in the future.
Keywords: swimming, AI, technique, physiology, competition, wearables
Important Note: All contributions to this Research Topic must be within the scope of the section and journal to which they are submitted, as defined in their mission statements. Frontiers reserves the right to guide an out-of-scope manuscript to a more suitable section or journal at any stage of peer review.
