生物識別 的英文怎麼說

中文拼音 [shēngwùzhìbié]
生物識別 英文
biometrics
  • 生 : Ⅰ動詞1 （生育; 生殖） give birth to; bear 2 （出生） be born 3 （生長） grow 4 （生存; 活） live;...
  • 物 : 名詞1 （東西） thing; matter; object 2 （指自己以外的人或與己相對的環境） other people; the outsi...
  • 識 : 識Ⅰ動詞[書面語] （記） remember; commit to memory Ⅱ名詞1. [書面語] （記號） mark; sign 2. （姓氏） a surname
  • 別 : 別動詞[方言] （改變） change （sb. 's opinion）
  • 生物 : living things; living beings; organisms; bios （pl bioi bioses）; biont; thing; life生物材料 biol...
  • 識別 : 1 （辯別; 辯認） discriminate; distinguish; discern; tell the difference; spot 2 [計算機] identif...
  1. Under such circumstance, biometrics emerged as the time requires

    在這種情況下生物識別技術應運而生。
  2. Online handwritten signature verification is an important branch of biometrics

    聯機手寫簽名鑒別是生物識別技術一個重要分支。
  3. For many people, “ biometrics ” conjures up images of a big brotherish surveillance society

    「生物識別技術」會讓許多人想起一個老大哥式的監控社會。
  4. According to the fact that the basic features of apalmprint, including principal lines, wrinkles and ridges, havedifferent resolutions, in this paper we analyze palmprints using amulti - resolution method and define a novel palmprint feature, whichcalled wavelet energy feature, based on the wavelet transform. wef can reflect the wavelet energy distribution of the principal lines, wrinkles and ridges in different directions at different resolutions scales, thus it can efficiently characterize palmprints. this paperalso analyses the discriminabilities of each level wef and, according to these discriminabilities, chooses a suitable weight for each levelto compute the weighted city block distance for recognition. theexperimental results show that the order of the discriminabilities ofeach level wef, from strong to weak, is the 4th, 3rd, 5th, 2nd and 1stlevel

    作為對現有人體生物特徵識別技術的重要補充，掌紋識別有著其獨特的優點：掌紋比指紋含有更多的可區分信息掌紋採集設備的價格比虹膜採集設備的價格要低廉得多掌紋特徵比簽名特徵更為穩定掌紋識別可獲得比人臉識別更高的識別精度掌紋含有獨特的線特徵包括主線和皺褶，這些線特徵具有很強的區分能力，並可以在低解析度圖像中提取出來可以將手掌上的各種特徵融合在一起建立一個高精度的生物識別系統等。
  5. The fingerprint has the characteristics of conveniency, availability, safety and reliability besides the biometrics uniqueness and the permanence, therefore it is used as the main basis to identify individual identity in some fields

    指紋除了具有生物識別的有唯一性和永久不變性外，還具有方便、高效、安全、可靠等優點，因此在各個領域被人們用來當作鑒別個人身份的主要依據。
  6. In a word, by integrating the user " s fingerprint identification with the cryptological authentication protocol, a secure, reliable and effective approach to identifying the users in the network environment can be provided

    把以指紋特徵為代表的生物識別技術與基於密碼體制的身份認證協議有機結合，向最終用戶提供一種更加安全、可靠、便捷的身份認證手段，將是成功地實現網路安全和信息系統安全的有效途徑。
  7. The biomedical literature suggests that similar to fingerprints, irises possess distinct feature for uniquely identifying a person. furthermore, iris is located on the naked part of human body as to enable the remote examination in the aid of a machine vision system

    虹膜具有類似指紋的獨一無二的個人特徵；而且，虹膜是身體中公開的部位，易於通過機器視覺進行遠程檢查，所以它是一種非侵犯性的生物識別技術。
  8. The biomedical literature suggests that similar to fingerprints, irises posses distinct features for uniquely identifying a person. furthermore, iris is located on the naked part of human body as to enable the remote examination in the aid of & machine vision system. for this reason, iris - identification is regarded as a kind of noninvasive human identification technique

    虹膜具有類似指紋的獨一無二的個人特徵；而且，虹膜是身體中公開的部位，易於通過機器視覺進行遠程檢查，所以它是一種非侵犯性的生物識別技術，本文闡述了基於虹膜的身份識別系統的組成和原理。
  9. Digital watermarking and encryption technology based on fingerprint are studied in this paper. with the analysis of current watermarking algorithms and combination of bio - identification technology, a digital watermarking system with insertion and extraction is realized

    本文研究了基於指紋的數字水印和加密技術。在分析當前數字水印技術及演算法的基礎上，結合生物識別技術，實現了一個水印嵌入與提取系統。
  10. Which makes people research for new security system that is safer and more difficult to fabricate than the traditional security system. fingerprint recognition technique that is safer and has more feasibility was appeared under this circumstance. fingerprint recognition technique can use our body ' s physical characters to make itself becoming a safer security system

    這就要求人們研究更加安全可靠，防偽性能更好的安全的系統，指紋識別技術就是在這種背景下產生的，指紋識別技術是一種安全可靠，可行性高的生物識別技術，它藉助人體的生理特徵來提高身份識別的可靠性。
  11. The primary subject of biosensing studies is the immobilization of biomolecules at sensing interface and the signaling of specific events of biological interaction

    生物傳感器研究的核心內容是傳感界面生物分子的固定化技術及生物識別的信號轉換技術。
  12. Design of a new vein human identification

    一種新穎的靜脈生物識別技術設計方案
  13. Fingerprint recognition techniques belongs to the realm of person biology

    指紋識別技術屬于個人生物識別范疇。
  14. Biological recognition technology has been widely used in recent world

    生物識別技術在當今世界中已經得到了廣泛的應用。
  15. At the moment the technology tends to be proprietary and application - specific

    目前生物識別技術大多被專利保護，而且一種產品只有一種用途。
  16. Biological recognition with enzymes or antigen antibody binding are used to achieve high specificity

    酶的生物識別或抗原抗體結合使光纖傳感器可以獲得高的特異性。
  17. The main purpose of this dissertation is to research the technology of parameter - based online signature verification

    因此，聯機手寫簽名技術一直是生物識別技術領域的研究熱點。
  18. As one of most reliable biometric technology, automatic fingerprint verification has been apply to many field

    指紋識別技術作為最傳統、最成熟的生物識別方式之一已在許多領域得以應用。
  19. The fingerprint identified is a system of living creature which is consistent with other identification technology, iris identified, and sound identified, the lines of the palm identified est

    指紋識別是和虹膜識別、聲音識別、掌紋識別等其他識別技術并行的一種生物識別系統。
  20. Rfid ( radio frequency identification ) system is an automatic identification technology that has been developed since 1980s. compared with barcode system, optical character recognition technology, biometric identification technology, integrated circuit card, rfid system has particular contactless, anti - interference and environmental adaptability characters, so it becomes one of the most excellent automatic identification procedures that are applied in many fields

    發展到今天，射頻識別技術和條形碼識別技術、光學符號識別技術、生物識別技術、 ic卡（ integratedcircuitcard ）識別技術等這些自動識別技術相比，以它特有的無接觸、抗干擾能力強等優點逐漸成為自動識別中最優秀和應用領域最廣泛的技術之一。
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