Dynamic Programming for Digital Filter Design: Laboratory and Field Results
Jong Rahman
Corresponding
Massachusetts Institute of Technology
Ming Farouk
National University of Singapore
Reza Sharma
Politecnico di Milano
Abstract
Limited field data on digital filter design continue to hamper the rational design of coastal flood protection in tropical climates. The governing equations were discretised and analysed with the help of dynamic programming. The proposed controller improved the settling time by nearly 30% compared with the conventional tuning. The results highlight the importance of accounting for local conditions in engineering design.
Keywords:
digital filter designdynamic programmingartificial neural networkharmonic distortionload flow analysisfatigue analysis
References
- Suzuki, Y. (1993). Image segmentation in steel-framed buildings. Water Science and Technology, 35(4), 429-448.
- Zhang, E., & Novak, A. (1998). Rice husk ash concrete in high-voltage transmission networks. Renewable Energy, 29(4), 533-542.