High-performance sports monitoring in sledge hockey****

技术的进步增加了人们对运动监测的兴趣和可行性。传感器系统可以在训练、练习和比赛过程中提供数据，这可以使运动员和教练更深入地了解，提高表现，评估技能，减少伤害。TritonWear Inc.是一家加拿大公司，提供准确的指标和分析工具，以实现数据驱动的竞技游泳。TritonWear系统由Triton Unit和Triton Connect组成，前者是一种可穿戴设备，用于收集和解释来自惯性测量单元（IMU）的数据，后者将数据无线传输到运行TritonWear Live应用程序的平板电脑（例如iPad）。Live和TritonWear Insights门户网站都允许用户查看和分析冲程类型、冲程速率和转弯等指标。TritonWear在世界范围内使用，包括加拿大，法国，瑞士，澳大利亚和英国的国家队。**** Parasport已经获得了越来越多的研究关注。残疾人冰球，俗称雪橇冰球，是冬季残奥会最受欢迎的项目之一。TritonWear有兴趣将其产品组合扩展到其他运动项目。残疾人冰球似乎非常适合不同的加速度，可以与每次推进划水相关联。TritonWear目前的数据采集系统应该能够获得有价值的指标，包括冲程计数、冲程速率、匝数和匝数持续时间。本研究的目的是探索TritonWear系统在残疾人冰球中提供准确、稳健指标的可行性，长期目标是开发一种残疾人冰球监测解决方案，可以在训练、练习和比赛期间提供指标，从而为教练、运动员发展和训练以及伤害预防提供有价值的见解

Technological advances have resulted in increased interest and feasibility in sport monitoring. Sensor systems can provide data during training, practice, and competition, which can enable a deeper understanding that can benefit athletes and coaches, improve performance, assess skill, and reduce injuries. TritonWear Inc. is a Canadian company that provides accurate metrics and analytics tools to enable data-driven competitive swimming. The TritonWear system consists of the Triton Unit, a wearable device that collects and interprets data from an inertial measurement unit (IMU), and the Triton Connect, which communicates the data wirelessly to a tablet (e.g., iPad) running the TritonWear Live app. Both Live and the web portal, TritonWear Insights, allows one to view and analyze metrics such as stroke type, stroke rate, and turns. TritonWear is used worldwide, including the national teams of Canada, France, Switzerland, Australia, and England.**** Parasport has been gaining increased research attention. Para ice hockey, commonly known as sledge hockey, is one of the most popular Winter Paralympic games. TritonWear has interest in expanding their portfolio into other sports. Para ice hockey appears to be an excellent fit with distinct accelerations that can be associated with each propulsion stroke. TritonWear's current data acquisition system should have the capability to derive valuable metrics including stroke count, stroke rate, turns count, and turns duration. The objective of this research is to explore the feasibility of the TritonWear system to provide accurate, robust metrics in para ice hockey, with the long-term goal of developing a para ice hockey monitoring solution that can provide metrics during training, practice, and matches, which can provide valuable insights for coaching, athlete development and training, and injury prevention**