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Future of Data Storage- DNA Data Storage

机译:数据存储 - DNA数据存储的未来

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We as humans are producing a lot more data than we can store today. If we want to put a dent on a problem, we need a radical solution to it. Each miniature in 2018, Google conducted 3.88 million looks, and individuals observed 4.33 million recordings on YouTube, sent 159,362,760 e-mails, tweeted 473,000 times and posted 49,000 photographs on Instagram, agreeing to program company Domo. By 2020 an assessed 1.7 megabytes of information will be made per moment per individual all-inclusive, which deciphers to around 418 zettabytes in a single year (418 billion one-terabyte difficult drive’s worth of data), expecting a world populace of 7.8 billion. The attractive or optical data-storage frameworks that right now hold this volume of zeros and ones ordinarily cannot last for more than a century. Additionally, running information centers need huge amount of energy. In brief, we are almost to have a genuine datastorage issue that will as it were ended up more serious over time Now imagine storing chunks of data in the size of jellybean weighing about three grams which means in three grams of DNA we can pack 600 million gigabytes of data.
机译:我们作为人类的数据产生了更多的数据,而不是我们今天可以存储。如果我们想对问题进行凹陷,我们需要一个激进的解决方案。 2018年的每个缩影,谷歌进行了388万看,个人在YouTube上观察到433万张录音,发送了159,362,760封电子邮件,推文473,000次,并在Instagram上发布了49,000张照片,同意编程Domo。到2020年,每周的全包数量评估的1.7兆字节的信息将在一年内(4180亿美元的数据)在一年中抵消418个Zettabytes,期待世界众多78亿美元。现在持有这个零的吸引力或光学数据存储框架通常不能持续超过一个世纪。此外,运行信息中心需要大量的能量。简而言之,我们几乎可以拥有一个真正的数据库商问题,随着时间的推移,现在想象一下在果冻中的果冻的大小储存大约三克的大小,这意味着三克DNA,我们可以打包600万千兆字节的数据。

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