1) eyebrow reconstruction
眉毛再造
1.
Objective To explore a simple effective surgical technique of eyebrow reconstruction.
结论显微毛囊单位移植技术再造眉毛,手术简单,创伤小,形态自然逼真且成活率高,是目前眉毛再造较为理想的手段。
2) eyebrows reconstruction
眉再造
1.
Objective To determine the operation method of first choice for eyebrows reconstruction.
目的选择理想的眉再造术式。
3) Eyelash reconstruction
睫毛再造
5) remanufacturing blank
再制造毛坯
1.
The life prediction of remanufacturing blanks is one of the key techniques in the field of remanufacturing engineering.
再制造毛坯寿命预测是再制造工程的关键技术之一,金属磁记忆无损检测技术在再制造毛坯寿命预测领域极具潜力。
6) eyebrow recognition
眉毛识别
1.
In order to study the novel biometric of eyebrow,this paper presents an eyebrow recognition method by comparison of feature strings,the basic idea of which is to extract feature strings using discrete Fourier transformation and K-means algorithm,and to recognize a given eyebrow image as the candidate per- son with the minimum edit distance between their feature strings.
为了对眉毛这种新颖的生物特征开展识别研究,提出了一种基于特征串比较的眉毛识别方法,其基本思想是采用离散傅里叶变换和K-均值算法进行特征串提取,并通过计算2个眉毛特征串之间的编辑距离来确定所识别的候选人。
2.
In order to demonstrate the possibility and feasibility that eyebrow can work as a biometric,this paper presents an eyebrow recognition method,the relation of whose accuracy to the observation symbol number and the state number has been preliminarily investigated.
为说明人类的眉毛作为一种生物特征使用的可能性和可行性,提出了一种基于离散HMM的眉毛识别方法,并对它的识别率随观察符号个数和模型状态数的变化关系进行了初步的实验研究。
3.
This paper analyzes the possibility that human eyebrow works as an independent biometric for personal identification,and proposes the idea that PCA may be applied to eyebrow recognition.
本文分析了人类的眉毛作为一种独立生物特征进行身份鉴别的可能性,提出了利用PCA方法进行眉毛识别的基本思路。
补充资料：眉毛
1.眼眶上缘的毛。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条