Authors :
Ahmed Ibrahim Safana; Muhammad Abubakar Ibrahim
Volume/Issue :
Volume 8 - 2023, Issue 5 - May
Google Scholar :
https://bit.ly/3TmGbDi
Scribd :
https://tinyurl.com/mvfkuksv
DOI :
https://doi.org/10.5281/zenodo.8167403
Abstract :
Abstract:- In the field of data storage, long-term digital
preservation is a crucial concern. Due to their great
capacity and low price, magnetic media-based solutions,
such as tape and hard disk drive (HDD)-based archive
systems, have long held a monopoly on the data
archiving industry. The volume, velocity, and variety of
data sets, which are quickly growing in the big data era,
provide a number of problems to archive systems in a
range of areas, including capacity, cost, performance,
reliability, power consumption, and so on. With the
resurgence of optical storage in recent years, large
capacity optical media, like blu-ray discs (BDs) and
holographic discs, have emerged. The archive systems
based on those optical media, for example, the BD
library, exhibit appealing qualities, such as cost per bit,
reliability, power consumption, and so on, and as a
result, become viable solutions in long-term digital
preservation. This is because optical media have a
naturally simple design. The research examined and
compared magnetic and optical media-based solutions
for long-term digital preservation, and then summarized
ways to enhance the long term optical media-based
archive system.
Abstract:- In the field of data storage, long-term digital
preservation is a crucial concern. Due to their great
capacity and low price, magnetic media-based solutions,
such as tape and hard disk drive (HDD)-based archive
systems, have long held a monopoly on the data
archiving industry. The volume, velocity, and variety of
data sets, which are quickly growing in the big data era,
provide a number of problems to archive systems in a
range of areas, including capacity, cost, performance,
reliability, power consumption, and so on. With the
resurgence of optical storage in recent years, large
capacity optical media, like blu-ray discs (BDs) and
holographic discs, have emerged. The archive systems
based on those optical media, for example, the BD
library, exhibit appealing qualities, such as cost per bit,
reliability, power consumption, and so on, and as a
result, become viable solutions in long-term digital
preservation. This is because optical media have a
naturally simple design. The research examined and
compared magnetic and optical media-based solutions
for long-term digital preservation, and then summarized
ways to enhance the long term optical media-based
archive system.
