Wind farms | Manufacturing | ||||
---|---|---|---|---|---|
Purposes | Cases | Sources | Cases | Sources | AAS roles |
Fault prediction in general | Cloud and edge computing tech. | Li et al. (2021) | In mini factories | Seif et al. (2019) | Automatically update storage |
 | Comparing actual and simulated data | Montoya et al. (2022) |  |  |  |
Fatigue identification in particular parts | The support tower | Electrical energy consumption interface | Motsch et al. (2021) | Provide a customized interface | |
 | The gearbox |  |  |  | |
 | Semiconductor | Iosifidis et al. (2021) |  |  |  |
Condition monitoring and control | Ppitch angle controller | Parvaresh et al. (2020) | Remotely discharged within the manufacturing process | Birtel et al. (2020) | Remote control |
 |  |  | In servo motor | Pethig et al. (2017) | Integrated components |
 |  |  | In 5G architecture-enabled CPPS | Stock et al. (2021) |  |
Layer integration | To integrate the technical information and the business information | Pargmann et al. (2018) | In the communication layer, integrating enterprise layer (e.g. business layer) and information layer (e.g. technical layer) | Ye and Hong (2018) | Layer integration |
Prediction/estimation | Wind speed | Generation of Dynamic Simulation Model | Göllner et al. (2021) | Modelling | |
 | The axial tension of mooring lines | Walker et al. (2021) |  |  |  |
 | Tower load and fatigue |  |  |  | |
 | Remaining useful life | Mehlan et al. (2022) | Track the life cycle | Marcon et al. (2019), Deuter and Imort (2021), Rauh et al. (2022) | Life cycle management |