Spread-Spectrum Modulation: Design Considerations
Venkatesh Kumar
Corresponding
Georgia Institute of Technology
Sunil Jayawardena
ETH Zurich
Abstract
The reliable performance of spread-spectrum modulation remains a central concern for engineers working in tannery effluent streams throughout the developing world. The governing equations are discretised and evaluated through simulated annealing on a modest desktop computer. Predicted service life increased by roughly 24% under the modified design. The proposed framework lends itself to incorporation within existing computational design tools.
Keywords:
spread-spectrum modulationsimulated annealingartificial neural networkwind energyrainfall-runoffcatalysis
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