首页> 外文会议>2012 IEEE 14th International Conference on e-Health Networking, Applications and Services. >Virtual reality for post-stroke shoulder-arm motor rehabilitation: Training system assessment method
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Virtual reality for post-stroke shoulder-arm motor rehabilitation: Training system assessment method

机译:中风后肩臂运动康复的虚拟现实:培训系统和评估方法

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Stroke is one of the major diseases around the world. The brain injury caused by stroke will derive sustaining neurological disorder of different forms, which in turn will lead to all kinds of limb and body exercise hindrance and will cause significant challenge to the life of the patient, that is, the quality of life of the patient is going to be strictly affected. Along with the development and popularity of technology, scholars in the medical care and rehabilitation fields are trying to integrate all kinds of new technologies to perform the development of new rehabilitation training system. This research aims at rehabilitation items of upper limbs, which include the reciprocating stretching of upper limb, reaching of the upper arm, bi-lateral coordination and balance of the body. In association with interactive technology, game technology, sensor technology and stereo image technology, virtual reality physical-based training task is developed, and initial pilot test is done on patient with stroke, meanwhile, multi-dimensional experimental results are acquired, which include clinical test assessment, task performance, historical data of exercise track and psychological emotional data. The research objectives are to verify the functionality of the system, to verify the effectiveness of the system on rehabilitation, to develop new assessment method and to investigate topics related to human machine interaction. The experimental results have verified the functionality of this rehabilitation training task in all aspects. Through the exercise analysis of the historical data of exercise track and the statistical analysis of task performance of the past therapy sessions, this system can acquire successfully reliable and valuable information to be used for future verification of medical therapeutic effectiveness and the development of new type of clinical assessment method. In the mean time, according to the measured psychological emotional data as perceived subjectively- this system indeed can urge the patient to engage continuously rehabilitation therapeutic session that is based on this training system and enjoy it, besides, the authors are very confident on the possibly generated rehabilitation effect of these two training tasks.
机译:中风是世界范围内的主要疾病之一。由中风引起的脑损伤将衍生出不同形式的持续性神经系统疾病,继而导致各种肢体和身体运动障碍,并对患者的生活(即患者的生活质量)造成重大挑战。患者将受到严格影响。随着技术的发展和普及,医疗和康复领域的学者们正在试图整合各种新技术来进行新的康复训练系统的开发。这项研究针对上肢的康复项目,包括上肢的往复拉伸,上臂的伸直,双边协调和身体的平衡。结合交互式技术,游戏技术,传感器技术和立体图像技术,开发了基于虚拟现实的物理训练任务,并对中风患者进行了初步的先导测试,同时获得了包括临床在内的多维实验结果测试评估,任务表现,运动轨迹的历史数据和心理情感数据。研究目标是验证系统的功能,验证系统在康复方面的有效性,开发新的评估方法以及调查与人机交互相关的主题。实验结果已经从各个方面验证了该康复训练任务的功能。通过对运动轨迹的历史数据进行运动分析以及对过去治疗疗程的任务执行情况进行统计分析,该系统可以成功获取可靠且有价值的信息,以用于未来的医学治疗有效性验证和新型治疗方法的开发。临床评估方法。同时,根据主观感知到的测得的心理情绪数据,该系统确实可以促使患者继续参加基于该训练系统的康复治疗课程并享受它,此外,作者对可能的治疗方法非常有信心。产生了这两个训练任务的康复效果。

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