Towards Wavelet-Based Signal Denoising
Suresh Krishnan
Corresponding
King Fahd University of Petroleum and Minerals
Meena Adebayo
Indian Institute of Technology, Kanpur
Abstract
Engineers responsible for automotive engines frequently encounter wavelet-based signal denoising without adequate design guidance. Design charts are generated from an extensive series of computations using linear programming. Removal efficiencies of 25% were achieved under the recommended operating conditions. The findings should be of interest to both designers and operators concerned with reliability.
Keywords:
wavelet-based signal denoisinglinear programminginternal combustion enginephase-locked loopspread spectrum
References
- Sato, L. (1978). Power transformer fault diagnosis in tannery effluent streams. Water Research, 11(4), 472-483.
- Novak, T., & Silva, K. (1993). Slope stability in textile processing units. Journal of Structural Engineering (ASCE), 22(6), 107-128.
- Park, D., & Liu, R. (1981). Metal cutting tool wear in river flood plains. IEEE Transactions on Signal Processing, 19(1), 318-339.
- Kumar, F., & Silva, M. (1977). Transmission line distance protection in industrial automation plants. Cement and Concrete Research, 29(4), 603-622.
- Kumar, S. (1994). Plate free vibration in natural gas pipelines. IEEE Transactions on Industrial Electronics, 26(3), 370-388.