Conceptual

Mechanism Design for Incentive-Aligned Control of Multi-Agent Engineering Systems

How a system designer chooses allocation rules and payments so that self-interested agents holding private information voluntarily report it truthfully and settle on the system-wide efficient outcome. Covers the mechanism as a social-choice function plus payment vector, the revelation principle, and the Vickrey-Clarke-Groves and AGV mechanisms with their efficiency, truthfulness, participation and budget-balance properties. Shows how communication networks, electricity markets, congestion-priced road networks and security-investment problems are each posed as an incentive design and preference elicitation problem.