1.The structures of numerals are analysed and the Arabic numerals is chosen to be the medial-language, therefore the process of translation is simplified and the aceurate translation of numerals is possible to be realized.
本系统通过对不同语言数词结构的分析,选阿拉伯数字为媒介语,从而简化了翻译过程,实现了多语间数词的准确翻译。
2.AN EXPERIMENTAL STUDY ON FUNCTIONAL HEMISPHERIC LATERALIZATION IN COGNITIVE PROCESSING ARABIC NUMERALS AND NUMERALS IN CAPITALS OF CHINESE CHARACTERS
阿拉伯数字与汉字大写数字认知的大脑功能一侧化实验研究
3.A real-time recognization algorithm of Arabic numerals and English letters based on field-programmable gate array(FPGA) was proposed after analyzing the features of the numerals and letters.
在分析阿拉伯数字以及大写英文字母的形状特征后,提出了一种适于现场可编程门阵列(FPGA)实现的图像实时识别算法.
4.This paper anaiysed the difference of Arablc numerals between the new and old script standard,and pointed out the importance for unified using Arabic numerals in new technical drawing standard.
对新、旧字体标准中阿拉伯数字的差别作了分析，并就目前新制图标准中应用阿拉伯数字不统一的问题作了研究，指出了在新制图标准中统一使用阿拉伯数字的重要性。
5.Tachistoscopic visual half-field test was used to investigate functional hemispheric laterality for three kinds of cognitive processing task (reading,simple addition and conceptual decision)on Arabic numerals and numerals in capital of Chinese characters.
用半视野速示术检查阿拉伯数字和汉字大写数字在三种任务加工条件（认读、简单相加、奇偶概念异同判断）下进行认知的大脑两半球机能活动一侧化效应。
6.The request, description, claims, drawings and abstract shall be numbered separately in Arabic numerals and arranged in numerical order.
请求书、说明书、权利要求书、附图和摘要应当分别用阿拉伯数字顺序编号。
7.This algorithm is especially suitable for the thinning of handwritten Chinese characters, letters of English alphabet and Arabic numerals.
这个算法特别适合于手写体汉字、英文字母和阿拉伯数目字的细化。
8.M-FastICA algorithm was applied to extract the independent component features of Yale face database images and the four normal features of CENPARMI script Arabic numerals, and the ICA features was used to recognition, and obtained better rate than PCA. On the premise of the same correct rate, M-FastICA had faster speed than FastICA.
应用M-FastICA算法提取Yale人脸库图像和CENPARMI手写体阿拉伯数字库的四个常用特征的独立分量特征用于识别，获得较主成分分析方法更好的效果，并且在保持与FastICA相同的识别率的前提下，具有更快的计算速度。
9.133 5-to-12-year olds from kindergarten and primary school wereasked to write their names, Arabic numerals from 1 to 10 and eight Chi-nese words. In the meantime, they were tested on their right/left spatialorientation.
本实验选择了幼儿园大班,小学一、三、五年级的5—12岁右利儿童133人,用八种书写方式书写自己的姓名、阿拉伯数字1—10和八个汉字,同时检查了儿童的定向能力。
10.Methods We analyzed 81 cases of congenital craniofacial cleft basically using Tessier craniofacial cleft classification. Furthermore, according to the position of soft tissue or bone, the character and degree of clefts or dysplasia and the results of CT scanning, we subdivided the congenital deformities based on S (skin), T (tissue), and O (OS). Arabic numerals were used to express the degree of the abnormality.
方法用Tessier颅面裂分类的基本方法,对81例先天性颅面裂隙畸形进行分析,再根据畸形发生的部位、性状、CT扫描等临床检查结果,按照受累的范围,选用S(皮肤)、T(皮下组织)、O(颅面骨)等字母组合表示畸形部位和性状,选用阿拉伯数字的大小表示畸形的严重程度,作为Tessier分类的补充。
