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software [2023/07/18 14:35]
Jaroslaw Zola |
software [2023/09/09 22:38] (current)
Jaroslaw Zola |
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| * [[https://gitlab.com/SCoRe-Group/scool|SCoOL]] A simple programming model designed to facilitate and accelerate the search space exploration phase of the optimization processes. | * [[https://gitlab.com/SCoRe-Group/scool|SCoOL]] A simple programming model designed to facilitate and accelerate the search space exploration phase of the optimization processes. |
| * [[https://cse.buffalo.edu/~jzola/smarten/|SMARTEn]] Framework for mobile DNA analytics. This software suite aims to provide new ways to analyze metagenomic DNA using fully mobile setups. | * [[https://cse.buffalo.edu/~jzola/smarten/|SMARTEn]] Framework for mobile DNA analytics. This software suite aims to provide new ways to analyze metagenomic DNA using fully mobile setups. It is foundation for the [[https://gitlab.com/SCoRe-Group/smarten/-/tree/master/coriolis?ref_type=heads|Coriolis]] metagenomic classifier. |
| * [[https://gitlab.com/SCoRe-Group/SABNAtk|SABNAtk]] Toolkit for fast counting over categorical data. This toolkit can be used to power any application that involves counting of data configurations, e.g., to estimate likelihoods, evaluate model scoring functions, etc. Currently, SABNAtk is the workhorse supporting SABNA. | * [[https://gitlab.com/SCoRe-Group/SABNAtk|SABNAtk]] Toolkit for fast counting over categorical data. This toolkit can be used to power any application that involves counting of data configurations, e.g., to estimate likelihoods, evaluate model scoring functions, etc. Currently, SABNAtk is the workhorse supporting SABNA. |
| * [[https://gitlab.com/SCoRe-Group/SABNA-Release|SABNA]] Scalable Accelerated Bayesian Network Analytics. This very actively developed software toolkit provides a set of sequential and parallel tools for structure learning of Bayesian networks. It is designed to provide exact solutions on large-scale data in acceptable time limits. | * [[https://gitlab.com/SCoRe-Group/SABNA-Release|SABNA]] Scalable Accelerated Bayesian Network Analytics. This very actively developed software toolkit provides a set of sequential and parallel tools for structure learning of Bayesian networks. It is designed to provide exact solutions on large-scale data in acceptable time limits. |
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