面向产业化应用的双光束超分辨数据存储技术

光学数据存储技术虽然在存储寿命和功耗上具有显著优势，但在应对大数据纵深发展趋势时，目前的一些光存储技术在容量和密度方面面临严峻的挑战。相比于其他光存储技术，双光束超分辨光学数据存储技术在光学大数据存储产业化方面展现了明显的容量和密度优势。本文针对双光束超分辨光存储技术，全面介绍了该技术在光存储技术产业化应用中亟待解决的核心关键问题，并着重讨论了解决这些问题所需要采用的基本方法。...

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Published in:Guang Dian Gong Cheng = Opto-Electronic Engineering 2019-03, Vol.46 (3), p.180559-97
Main Authors: 骆志军, 刘亚男, 陈梦林, 邓琳, 甘棕松 / Luo Zhijun, Liu, Yanan, Chen, Menglin, Deng, Lin, Gan Zongsong
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Language:chi ; eng
Subjects:
Big Data
Computer centers
Data storage
Dentistry
Energy consumption
Energy storage
Industrial development
Information storage
Laboratories
Lasers
Microscopy
Optics
Polymerization
Science
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container_issue 3
container_start_page 180559
container_title Guang Dian Gong Cheng = Opto-Electronic Engineering
container_volume 46
creator 骆志军
刘亚男
陈梦林
邓琳
甘棕松 / Luo Zhijun
Liu, Yanan
Chen, Menglin
Deng, Lin
Gan Zongsong
description 光学数据存储技术虽然在存储寿命和功耗上具有显著优势，但在应对大数据纵深发展趋势时，目前的一些光存储技术在容量和密度方面面临严峻的挑战。相比于其他光存储技术，双光束超分辨光学数据存储技术在光学大数据存储产业化方面展现了明显的容量和密度优势。本文针对双光束超分辨光存储技术，全面介绍了该技术在光存储技术产业化应用中亟待解决的核心关键问题，并着重讨论了解决这些问题所需要采用的基本方法。
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subjects Big Data
Computer centers
Data storage
Dentistry
Energy consumption
Energy storage
Industrial development
Information storage
Laboratories
Lasers
Microscopy
Optics
Polymerization
Science
title 面向产业化应用的双光束超分辨数据存储技术
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