Perspectives on automated composition of workflows in the life sciences.
Anna-Lena LamprechtMagnus PalmbladJon C. IsonVeit SchwämmleMohammad Sadnan Al ManirIlkay AltintasChristopher J. O. BakerAmmar Ben Hadj AmorSalvador Capella-GutiérrezPaulos CharonyktakisMichael R. CrusoeYolanda GilCarole A. GobleTimothy J. GriffinPaul GrothHans IenasescuPratik D. JagtapMatús KalasVedran KasalicaAlireza KhanteymooriTobias KuhnHailiang MeiHervé MénagerSteffen MöllerRobin A. RichardsonVincent RobertStian Soiland-ReyesRobert StevensSzaniszlo SzokeSuzan VerberneAswin VerhoevenKatherine WolstencroftPublished in: F1000Research (2021)
Keyphrases
- life sciences
- composition of web services
- scientific data
- biological data
- data integration
- web services
- poses challenges
- data mining and machine learning
- business processes
- biomedical data
- web service composition
- data processing
- data analysis
- machine learning algorithms
- wireless sensor networks
- data model
- information technology
- web services composition
- case study