Piezoelectric Energy Harvesting
Multi-objective optimization is a mathematical approach aimed at simultaneously optimizing two or more conflicting objectives within a given set of constraints. This technique is essential in scenarios where trade-offs must be made, allowing for solutions that best balance the various objectives, especially in complex systems like energy harvesting. In the context of energy harvesters, it helps to enhance performance by efficiently selecting designs that optimize energy output while minimizing costs or other resource usage.
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