biometrics
英 [,baɪəʊ'metrɪks]
美[,baɪə'mɛtrɪks]
- n. [生物] 生物统计学;[生物] 生物测定学;寿命统计
英英释义
- 1. a branch of biology that studies biological phenomena and observations by means of statistical analysis
实用场景例句
- Biometrics promises identities that are virtually impossible to steal, impersonate or misplace.
- 这种生物科技测量标准的特徵是近几乎不可能被偷取, 假扮,或误置.
互联网
- Biometrics raise thorny questions about privacy and the potential for abuse.
- 生物测验学会引发一些有关隐私的棘手问题,同时它还有被滥用的可能.
互联网
- Can biometrics make banking more secure?
- 生物识别技术能让银行业务更安全 吗 ?
互联网
- The fusion of these two biometrics has an advantage in improving verification performance.
- 二者的融合可以有效的改进识别的性能.
互联网
- A third and increasingly common method, called biometrics, is based on who and what they do.
- 第三种,也是越来越常见的方法叫做生物统计学, 它是基于用户是谁、他们做什么来证实身份的.
互联网
- On - line handwritten signature verification is one of the important technologies in human biometrics authentication fields.
- 手写签名鉴别属于人体生物特徵鉴别领域的重要技术之一.
互联网
- BE also includes cancelable biometrics, and with that, security and privacy can be achieved.
- BE包含了可撤销生物认证技术, 增强了生物认证中的安全性和保护隐私.
互联网
- Compared with the traditional verification technology, the biometrics verification has universality, stability and uniqueness.
- 与传统的身份识别技术相比, 生物特征自身具有广泛性 、 稳定性和唯一性.
互联网
双语例句
- 1. Biometrics promises identities that are virtually impossible to steal, impersonate or misplace.
- 这种生物科技测量标准的特徵是近几乎不可能被偷取, 假扮,或误置.
来自互联网
- 2. Biometrics may raise thorny questions about privacy and the potential for abuse.
- 生物测定学可能会引起与隐私有关的棘手问题,也可能导致对此技术的滥用.
来自互联网
- 3. Biometrics raise thorny questions about privacy and the potential for abuse.
- 生物测验学会引发一些有关隐私的棘手问题,同时它还有被滥用的可能.
来自互联网
- 4. Can biometrics make banking more secure?
- 生物识别技术能让银行业务更安全 吗 ?
来自互联网
- 5. The fusion of these two biometrics has an advantage in improving verification performance.
- 二者的融合可以有效的改进识别的性能.
来自互联网
英文词源
- biometrics (n.)
- "application of mathematics to biology," 1902, from biometric (also see -ics); slightly earlier in this sense was biometry (1901), which was coined by Whewell and used by him and others with a sense of "calculation of life expectancy" (1831).