Publication | Closed Access
The ASYST Software for Scientific Computing
20
Citations
1
References
1987
Year
Software MaintenanceCluster ComputingEngineeringScientific CommunityAsyst SoftwareVerificationComputer ArchitectureSoftware EngineeringSoftware AnalysisReproducible ResearchFull AcceptanceData ScienceOpen-source Software DevelopmentBiostatisticsParallel ComputingMassively-parallel ComputingOpen Source SupercomputingComputer EngineeringComputer ScienceSoftware PackagesLaboratory AutomationComputational InfrastructureSoftware DesignComputational ScienceProgram AnalysisSoftware TestingOpen-source SoftwareParallel ProgrammingSystem SoftwareComputational Reproducibility
The acceptance of ASYST by the scientific community could dramatically change the way scientific data are handled and reduce the need for extensive in-house software development for many applications. However, there is no substitute for a well-conceived use of any software. We feel that the full acceptance of the ideas and concepts pioneered by Adaptable Laboratory Software and other software houses will depend on the ability of the scientific community to fully test and verify the procedures used by such products. Only then can the results produced by these software packages be subjected to confirmation which is crucial to rigorous scientific endeavor.
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