terabytes

简明释义

英[ˈtɛrəbaɪt]美[ˈtɛrəˌbaɪt]

n. 兆兆字节（信息量度单位, terabyte 的复数）

英英释义

单词用法

同义词

反义词

例句

1.Consider that Twitter processes seven terabytes of data every day, while Facebook processes 10 terabytes each day.

您是否知道，Twitter每天处理7TB (terabytes)的数据，而Facebook每天处理10 TB的数据。

2.When there are terabytes of data involved, no migration toolkit can completely resolve complex migration issues.

当涉及的数据达到数千兆字节时，没有任何迁移工具集能完全解决复杂的迁移问题。

3.An overall disk space is already beyond 10 Terabytes and it continues to increase.

整体磁盘空间已超过10的存储容量与它继续增加。

4.Explained their database table exceeded 2 terabytes (2, 000 gigabytes) worth of transactions.

解释说他们的数据库表有超过2个T (2000g)的交易数据。

5.To put it another way, a single zettabyte equals 1,073,741,824 terabytes!

换一种方式来表达的话，一个zettabyte等于1,073,741,824个太字节！

6.The mission is expected to return over 70 terabytes of image data.

这个项目预计会传回70000G的图像数据。

7.This six-fold increase would mean that a terabyte hard drive could, in the future, hold six terabytes of data on the same size platter.

容量增加6倍---这意味着一个1兆兆TB容量的硬盘将来就可能在硬盘大小不变的条件下扩充容量到六兆兆。

8.Streaming high-definition videos requires several terabytes of bandwidth each month.

每月流式传输高清晰度视频需要几太字节的带宽。

9.Our research project generated over 2 terabytes of data last year.

我们的研究项目去年产生了超过2太字节的数据。

10.The new data center can store up to 500 terabytes of information.

新的数据中心可以存储多达500太字节的信息。

11.Companies are now storing their backups in the cloud, often exceeding 10 terabytes.

公司现在将备份存储在云端，通常超过10太字节。

12.A single modern video game can take up to 100 terabytes of storage space.

一款现代视频游戏可能占用多达100太字节的存储空间。

作文

In today's digital age, the amount of data generated and stored is staggering. One unit that often comes up in discussions about data storage is the term terabytes, which refers to a measure of digital information equal to approximately one trillion bytes. Understanding the significance of terabytes is crucial, especially as we navigate through an era where data drives decision-making across various sectors.To put it into perspective, consider how much data is produced every day. Social media platforms, for instance, generate an immense volume of content. According to recent statistics, Facebook users alone upload over 350 million photos daily. If we assume that each photo is around 2 megabytes, this means that Facebook generates approximately 700 terabytes of data every day just from photo uploads! This example illustrates not only the vastness of data but also the importance of terabytes as a unit of measurement.The significance of terabytes extends beyond social media. In the realm of scientific research, researchers often deal with massive datasets. For example, genomic studies, which analyze the genetic material of organisms, can easily reach sizes of multiple terabytes. The Human Genome Project, which aimed to map all the genes in the human genome, produced roughly 200 terabytes of data. This highlights how terabytes are vital in fields that rely on big data analytics to derive meaningful insights.Moreover, businesses today are increasingly leveraging data to enhance their operations. Companies collect and store customer data, sales records, and market trends, all of which can accumulate into terabytes over time. For instance, a large retail chain might have a database that exceeds hundreds of terabytes containing transaction histories, customer preferences, and inventory levels. Analyzing this data allows companies to tailor their marketing strategies and improve customer experiences.However, with great data comes great responsibility. The management of terabytes of information poses challenges related to data security and privacy. As organizations store more data, they must implement robust cybersecurity measures to protect sensitive information from breaches. Data protection regulations, such as the General Data Protection Regulation (GDPR), emphasize the need for companies to handle personal data responsibly, particularly when dealing with large volumes measured in terabytes.In conclusion, the concept of terabytes is integral to our understanding of the modern data landscape. From social media and scientific research to business analytics, terabytes serve as a crucial metric for measuring and managing the vast amounts of information generated daily. As we continue to advance technologically, our ability to harness and interpret data measured in terabytes will undoubtedly shape the future of industries and society as a whole.

在当今数字时代，生成和存储的数据量令人震惊。一个常常出现在有关数据存储讨论中的单位是术语terabytes，它指的是一种数字信息的度量，约等于十亿字节。理解terabytes的重要性至关重要，尤其是在我们穿越一个数据驱动决策的时代。为了更好地理解这一点，可以考虑一下每天产生的数据量。例如，社交媒体平台每天生成的内容庞大无比。根据最新统计，Facebook用户每天上传超过3.5亿张照片。如果我们假设每张照片约为2兆字节，这意味着Facebook每天仅从照片上传中就生成了大约700terabytes的数据！这个例子不仅说明了数据的浩瀚，也强调了terabytes作为测量单位的重要性。Terabytes的重要性不仅限于社交媒体。在科学研究领域，研究人员经常处理巨大的数据集。例如，基因组研究分析生物体的遗传物质，数据量很容易达到多个terabytes。人类基因组计划旨在绘制人类基因组中的所有基因，产生了大约200terabytes的数据。这突显了在依赖大数据分析得出有意义见解的领域中，terabytes是多么重要。此外，今天的企业越来越多地利用数据来增强运营。公司收集并存储客户数据、销售记录和市场趋势，这些数据随着时间的推移可以累积到terabytes。例如，一家大型零售连锁店可能拥有一个超过数百terabytes的数据库，其中包含交易历史、客户偏好和库存水平。分析这些数据使公司能够量身定制营销策略，改善客户体验。然而，随着大量数据的涌现，也带来了巨大的责任。管理terabytes的信息面临着与数据安全和隐私相关的挑战。随着组织存储更多数据，它们必须实施强有力的网络安全措施，以保护敏感信息免受泄露。数据保护法规，如通用数据保护条例（GDPR），强调公司在处理大量以terabytes计量的个人数据时，必须负责任地处理这些数据。总之，terabytes的概念对我们理解现代数据环境至关重要。从社交媒体和科学研究到商业分析，terabytes作为衡量和管理每日生成的大量信息的关键指标。随着我们技术的不断进步，我们能够利用和解释以terabytes为单位的数据，无疑将塑造未来的行业和整个社会。