MPEG-G (ISO / IEC 23092) is an ISO/IEC standard designed for genomic information representation by the collaboration of the ISO/IEC JTC 1/SC 29/WG 9 (MPEG) and ISO TC 276 "Biotechnology" Work Group 5. The goal of the standard is to provide interoperable solutions for data storage, access, and protection across different possible implementations for data information generated by high-throughput sequencing machines and their subsequent processing and analysis. The standard is composed of different parts, each one addressing a specific aspect, such as compression, metadata association, Application Programming Interfaces (APIs), and a reference software for data decoding. Together with the reference decoder software, commercial and open source implementations started to be available in 2019, c
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| - MPEG-G (ISO / IEC 23092) is an ISO/IEC standard designed for genomic information representation by the collaboration of the ISO/IEC JTC 1/SC 29/WG 9 (MPEG) and ISO TC 276 "Biotechnology" Work Group 5. The goal of the standard is to provide interoperable solutions for data storage, access, and protection across different possible implementations for data information generated by high-throughput sequencing machines and their subsequent processing and analysis. The standard is composed of different parts, each one addressing a specific aspect, such as compression, metadata association, Application Programming Interfaces (APIs), and a reference software for data decoding. Together with the reference decoder software, commercial and open source implementations started to be available in 2019, c (en)
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| - MPEG-G (ISO / IEC 23092) is an ISO/IEC standard designed for genomic information representation by the collaboration of the ISO/IEC JTC 1/SC 29/WG 9 (MPEG) and ISO TC 276 "Biotechnology" Work Group 5. The goal of the standard is to provide interoperable solutions for data storage, access, and protection across different possible implementations for data information generated by high-throughput sequencing machines and their subsequent processing and analysis. The standard is composed of different parts, each one addressing a specific aspect, such as compression, metadata association, Application Programming Interfaces (APIs), and a reference software for data decoding. Together with the reference decoder software, commercial and open source implementations started to be available in 2019, covering progressively more of the published parts of the standard. (en)
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