Multi-objective Optimization

Related lectures (31)

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Explores optimization, simulation, heuristics, and Pareto solutions in multi-objective problems.

Covers decision analysis, concept selection methods, non-dominance, and optimization in system design.

Explores equilibrium and Pareto optimality in asset pricing theory, emphasizing market equilibrium conditions and welfare theorems.

Explores Pareto efficiency, social welfare, and asset pricing optimization in complete and incomplete markets.

Explores transformations into single-objective functions, lexicographic rules, and constrained optimization in optimization and simulation.

Covers the foundations and limitations of cost-benefit analysis, exploring decision rules, principles, and applications in public policy debates.

Covers timing and performance analysis using model checking and multiple objective scheduling.

Explains Pareto efficiency, social planner's problem, and optimal consumption allocation in complete markets.

Covers energy contracts, market mechanisms, locational marginal pricing, and congestion management in power systems.