Japan has an advanced healthcare system, on par with any developed country;at the same time, it is challenged by a rapidly aging population. In line with other countries, medical and paramedical training differs from ...Japan has an advanced healthcare system, on par with any developed country;at the same time, it is challenged by a rapidly aging population. In line with other countries, medical and paramedical training differs from college or university to when the graduates start working in the hospital wards;it seems like a new career to freshmen. Rehabilitation draws together the most varied professional teams treating patients from a range of specialists, and physical therapists generally receive very little intra-workplace skills training. The aim of this paper is to develop the first of a two-part educational model that is useful for the professional development of therapists working in rehabilitation medicine, by incorporating, at least, Shared Decision-Making and Narrative-Based Medicine. The most productive systems of analysis are Bloom’s psychomotor taxonomy and the Japanese DIKW system. The Japanese DIKW model of “chishin”, which is based on Data, Information, Knowledge, and Wisdom, is similar to the professional attitude and rehabilitative mindset in the healthcare system, the convalescent rehabilitation wards. The individual, departmental, and hospital levels could all benefit from aspects of these systems. Rehabilitative medicine in Japanese terms is presented as a holistic medical care that heals the body and mind and restores dignity, such as personality and self-confidence, and it is also a place where unique Japanese cultural concepts such as “Ikigai” (reason to live) and “Omotenashi” (hospitality) can be nurtured as professional awareness.展开更多
基于曲线演化的水平集算法近来已被广泛应用于图像分割中,针对其计算速度慢的问题,提出一种新的基于改进窄带法的图像分割方法INBM(Improved Narrow Band Method)。INBM首先将均匀采样的图像映射到对数极坐标系中,由视网膜空间分辨率机...基于曲线演化的水平集算法近来已被广泛应用于图像分割中,针对其计算速度慢的问题,提出一种新的基于改进窄带法的图像分割方法INBM(Improved Narrow Band Method)。INBM首先将均匀采样的图像映射到对数极坐标系中,由视网膜空间分辨率机制可知,注视点都在图像兴趣区,由此形成初始轮廓,然后用改进的窄带水平集(Level Set)方法演化曲线得到最终分割结果。改进窄带法是通过降低窄带区域内的水平集函数求解个数,来减少计算时间。实验结果表明,该方法大大提高了图像分割的速度。展开更多
基于曲线演化的水平集算法近来已被广泛应用于医学图像分割中,根据分割医学图像的鲁棒性实时性的要求,提出一种新的基于改进窄带法的图像分割方法INBM(Improved narrow band method)。INBM首先将均匀采样的图像映射到对数极坐标系中,由...基于曲线演化的水平集算法近来已被广泛应用于医学图像分割中,根据分割医学图像的鲁棒性实时性的要求,提出一种新的基于改进窄带法的图像分割方法INBM(Improved narrow band method)。INBM首先将均匀采样的图像映射到对数极坐标系中,由视网膜空间分辨率机制可知,注视点都在图像兴趣区,由此形成初始轮廓,然后用改进的窄带水平集(Level Set)方法演化曲线得到最终分割结果.改进窄带法是通过降低窄带区域内的水平集函数求解个数,来减少计算时间。实验结果表明,该方法能够快速、准确地得到医学图像的结果。展开更多
文摘Japan has an advanced healthcare system, on par with any developed country;at the same time, it is challenged by a rapidly aging population. In line with other countries, medical and paramedical training differs from college or university to when the graduates start working in the hospital wards;it seems like a new career to freshmen. Rehabilitation draws together the most varied professional teams treating patients from a range of specialists, and physical therapists generally receive very little intra-workplace skills training. The aim of this paper is to develop the first of a two-part educational model that is useful for the professional development of therapists working in rehabilitation medicine, by incorporating, at least, Shared Decision-Making and Narrative-Based Medicine. The most productive systems of analysis are Bloom’s psychomotor taxonomy and the Japanese DIKW system. The Japanese DIKW model of “chishin”, which is based on Data, Information, Knowledge, and Wisdom, is similar to the professional attitude and rehabilitative mindset in the healthcare system, the convalescent rehabilitation wards. The individual, departmental, and hospital levels could all benefit from aspects of these systems. Rehabilitative medicine in Japanese terms is presented as a holistic medical care that heals the body and mind and restores dignity, such as personality and self-confidence, and it is also a place where unique Japanese cultural concepts such as “Ikigai” (reason to live) and “Omotenashi” (hospitality) can be nurtured as professional awareness.
文摘基于曲线演化的水平集算法近来已被广泛应用于图像分割中,针对其计算速度慢的问题,提出一种新的基于改进窄带法的图像分割方法INBM(Improved Narrow Band Method)。INBM首先将均匀采样的图像映射到对数极坐标系中,由视网膜空间分辨率机制可知,注视点都在图像兴趣区,由此形成初始轮廓,然后用改进的窄带水平集(Level Set)方法演化曲线得到最终分割结果。改进窄带法是通过降低窄带区域内的水平集函数求解个数,来减少计算时间。实验结果表明,该方法大大提高了图像分割的速度。
文摘基于曲线演化的水平集算法近来已被广泛应用于医学图像分割中,根据分割医学图像的鲁棒性实时性的要求,提出一种新的基于改进窄带法的图像分割方法INBM(Improved narrow band method)。INBM首先将均匀采样的图像映射到对数极坐标系中,由视网膜空间分辨率机制可知,注视点都在图像兴趣区,由此形成初始轮廓,然后用改进的窄带水平集(Level Set)方法演化曲线得到最终分割结果.改进窄带法是通过降低窄带区域内的水平集函数求解个数,来减少计算时间。实验结果表明,该方法能够快速、准确地得到医学图像的结果。
