fingerprinting

简明释义

英[ˈfɪŋɡəprɪntɪŋ]美[ˈfɪŋɡərprɪntɪŋ]

n. 指纹识别

v. 取……的指印；辨出（fingerprint 的 ing 形式）

英英释义

单词用法

同义词

反义词

例句

1.Most of the samples look genetically identical when analyzed using other DNA fingerprinting techniques.

经过DNA指纹图谱分析后，大多数的实验对象初看起来都具有遗传同一性；

2.We use audio fingerprinting at Last.fm to automatically correct bad spelling in song metadata. Last.fm's.

我们在Last . fm上使用音频指纹来自动纠正拼写错误的歌曲的元数据。

3.Fingerprinting has also nailed the greenhouse effect for warming the oceans.

此外，通过识别特性，也揭露了温室气体对海洋变暖的影响。

4.Methods To establish a fingerprinting method by random amplified polymorphic DNA and polyacrylamide gel electrophoresis (RAPD-PAGE).

方法建立随机扩增多态性DNA聚丙酰胺凝胶电泳（RAPD-PAGE）指纹分型法；

5.DNA fingerprinting requires several steps, including recovery of DNA from the cells or tissues of the body.

DNA的鉴定需要几个步骤，其中包括从身体的细胞或组织中找到DNA分子。

6.Digital fingerprinting is a technique for identifying unauthorized copy and tracing back to its user.

数字指纹技术是一种用来辨认非法拷贝，追踪非授权用户的新技术。

7.The new hybrid method combines the best of new and old code cracking methods for "fingerprinting" the genetic basis of life.

此新方法吸取了新老密码破译方法的长处以解读生命的遗传基础。

8.The analysis of AFLP fingerprinting showed that there were more differences among different treated materials in DNA level.

AFLP指纹分析图谱表明，不同处理材料在DNA水平上均发生了较大的变异。

9.The police used fingerprinting to identify the suspect at the crime scene.

警方使用指纹识别来确认犯罪现场的嫌疑人。

10.Many smartphones now feature fingerprinting technology for secure unlocking.

许多智能手机现在都采用指纹解锁技术以确保安全。

11.The forensic team collected fingerprinting samples from the door handle.

法医小组从门把手上收集了指纹样本。

12.Some online services require fingerprinting for account verification.

一些在线服务要求进行指纹识别以验证账户。

13.The government implemented a fingerprinting system to enhance security at airports.

政府实施了一个指纹识别系统，以增强机场的安全性。

作文

Fingerprinting has become an essential tool in modern law enforcement and security. This technique, which involves the collection and analysis of an individual's unique finger patterns, plays a critical role in identifying suspects and solving crimes. The process of fingerprinting (指纹识别) dates back to the late 19th century when it was first used in criminal investigations. Since then, it has evolved significantly, incorporating advanced technology and methods to enhance accuracy and efficiency. The uniqueness of fingerprints makes them an ideal biometric identifier. Unlike other forms of identification, such as passwords or identification cards, fingerprints are difficult to forge or replicate. Each person's fingerprints are distinct and remain unchanged throughout their lifetime, making fingerprinting (指纹识别) a reliable method for verifying identity. In law enforcement, fingerprinting (指纹识别) is often one of the first steps taken when a crime is committed. Officers may collect fingerprints from the crime scene, which can then be compared to a database of known offenders. This process not only helps to identify suspects but also aids in exonerating innocent individuals who may have been wrongfully accused. The use of fingerprinting (指纹识别) has led to the resolution of numerous cases that would otherwise have remained unsolved. Beyond criminal justice, fingerprinting (指纹识别) is also utilized in various sectors, including banking, healthcare, and even travel. For example, many banks now offer biometric authentication systems that require customers to provide their fingerprints before accessing their accounts. This added layer of security helps to prevent fraud and identity theft, providing peace of mind to both institutions and their clients. In healthcare, fingerprinting (指纹识别) can be used to ensure that patients receive the correct treatments and medications. By using a patient’s fingerprint, healthcare providers can quickly verify their identity and access their medical records, reducing the risk of errors. This technology enhances patient safety and improves the overall quality of care. The implementation of fingerprinting (指纹识别) technology has not been without its challenges. Privacy concerns have arisen regarding the collection and storage of biometric data. Many individuals worry about how their fingerprints are being used and whether they are adequately protected from unauthorized access. As a result, it is crucial for organizations to establish clear policies and practices regarding the handling of fingerprint data to address these concerns. Furthermore, while fingerprinting (指纹识别) is highly accurate, it is not infallible. There have been instances where misidentification has occurred due to human error or technical malfunctions. Continuous improvements in technology and training for personnel involved in the fingerprinting (指纹识别) process are necessary to minimize these risks. In conclusion, fingerprinting (指纹识别) is a powerful tool that has transformed the fields of law enforcement, security, and healthcare. Its ability to provide accurate and reliable identification makes it invaluable in today's society. However, as with any technology, it is essential to address privacy concerns and ensure that the systems in place are secure and effective. As we move forward, the continued evolution of fingerprinting (指纹识别) will likely lead to even more innovative applications and enhancements in various sectors.

指纹识别已成为现代执法和安全的重要工具。这种技术涉及收集和分析个人独特的指纹图案，在识别嫌疑人和解决犯罪中发挥着关键作用。fingerprinting（指纹识别）这一过程可以追溯到19世纪末，当时它首次被用于刑事调查。从那时起，它经历了显著的发展，结合了先进的技术和方法，以提高准确性和效率。 指纹的独特性使其成为理想的生物识别标识符。与密码或身份证等其他形式的身份识别不同，指纹难以伪造或复制。每个人的指纹都是独特的，并且在其一生中保持不变，这使得fingerprinting（指纹识别）成为验证身份的可靠方法。 在执法中，fingerprinting（指纹识别）通常是在犯罪发生时采取的第一步。警察可能会从犯罪现场收集指纹，然后将其与已知罪犯的数据库进行比较。这个过程不仅有助于识别嫌疑人，还帮助洗清可能被错误指控的无辜个体。fingerprinting（指纹识别）的使用导致了许多本来会未解的案件的解决。 除了刑事司法，fingerprinting（指纹识别）还被广泛应用于银行、医疗保健甚至旅行等各个领域。例如，许多银行现在提供需要客户提供指纹才能访问其账户的生物识别认证系统。这一额外的安全层有助于防止欺诈和身份盗窃，为机构及其客户提供了安心。 在医疗保健方面，fingerprinting（指纹识别）可用于确保患者接受正确的治疗和药物。通过使用患者的指纹，医疗服务提供者可以快速验证其身份并访问其医疗记录，从而减少错误的风险。这项技术提高了患者安全性，改善了整体护理质量。 尽管fingerprinting（指纹识别）技术的实施面临一些挑战，但有关生物识别数据的收集和存储的隐私问题也随之而来。许多人担心他们的指纹如何被使用，以及是否得到妥善保护以免遭未经授权的访问。因此，组织必须建立明确的政策和实践，以处理指纹数据，以应对这些担忧。 此外，虽然fingerprinting（指纹识别）非常准确，但并非万无一失。由于人为错误或技术故障，曾经发生过错误识别的情况。持续改进技术和对参与fingerprinting（指纹识别）过程的人员进行培训是必要的，以尽量减少这些风险。 总之，fingerprinting（指纹识别）是一项强大的工具，已经改变了执法、安全和医疗保健领域。它提供准确和可靠的身份识别能力，使其在当今社会中不可或缺。然而，正如任何技术一样，必须解决隐私问题，并确保现有系统安全有效。随着我们向前迈进，fingerprinting（指纹识别）的持续演变可能会导致在各个领域出现更多创新的应用和增强。