Results 221 to 230 of about 699,127 (245)
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2021
Human Beings have always tried to simplify the way of storing data maintaining both security and speed of access. This decade(2011-2020) is focusing on improving data storage devices. New technologies like SSDs (Solid State Drives), technical upgrades in SATA or IDE HDDs (Hard Disk Drives), etc with Terra Bytes of storage capabilities have come to ...
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Human Beings have always tried to simplify the way of storing data maintaining both security and speed of access. This decade(2011-2020) is focusing on improving data storage devices. New technologies like SSDs (Solid State Drives), technical upgrades in SATA or IDE HDDs (Hard Disk Drives), etc with Terra Bytes of storage capabilities have come to ...
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LDPC Codes for Portable DNA Storage
2019 IEEE International Symposium on Information Theory (ISIT), 2019DNA becomes an attractive storage medium in recent years for its ultra-high density, millennial-long endurance, and efficient replication. In this work we consider DNA storage that uses the affordable and portable nanopore sequencing as the reading mechanics.
Peng Fei, Zhiying Wang 0001
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Long-Term Storage of Information in DNA
Science, 2001In this digital age, the technology used for information storage is undergoing rapid advances. Data currently being stored in magnetic or optical media will probably become unrecoverable within a century or less, through the combined effects of hardware and software obsolescence and decay of ...
C, Bancroft +3 more
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Storage Stability of Solutions of DNA Standards
Analytical Chemistry, 2019High accuracy, reliability, and reproducibility of genetic analyses in various applications require optimized and validated protocols and standards. Optimal procedures for storing the genetic material extracted from biological samples are equally important.
Anna Baoutina +3 more
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Trends in Biotechnology, 2001
This article discusses how DNA might be used to store data. It is argued that, at present, DNA would be best employed as a long-term repository (thousands or millions of years). How data-containing DNA might be packaged and how the data might be encrypted, with particular attention to the encryption of written information, is also discussed.
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This article discusses how DNA might be used to store data. It is argued that, at present, DNA would be best employed as a long-term repository (thousands or millions of years). How data-containing DNA might be packaged and how the data might be encrypted, with particular attention to the encryption of written information, is also discussed.
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[DNA for information storage?]
Medecine sciences : M/S, 2019The very high information density of DNA has prompted speculations on its use for information storage. The high costs of DNA synthesis and sequencing made this highly unpractical; however recent progress (notably array oligonucleotide synthesis) is changing the situation. A recent paper shows encoding and decoding of significant amounts of data (200 MB)
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International Conference on Bio-inspired Computing, Theories and Applications : [proceedings]. International Conference on Bio-inspired Computing, Theories and Applications
In 1994, University of Southern California computer scientist Dr. Leonard Adelman solved the Hamiltonian Path Problem using DNA as a computational mechanism. He proved the principle that DNA computing could be used to solve computationally complex problems.
Christy M, Bogard, Eric C, Rouchka
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In 1994, University of Southern California computer scientist Dr. Leonard Adelman solved the Hamiltonian Path Problem using DNA as a computational mechanism. He proved the principle that DNA computing could be used to solve computationally complex problems.
Christy M, Bogard, Eric C, Rouchka
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