Dynamics of Information Systems: Mathematical Foundations

<p>1. Dynamics of Information and Optimal Control of Mutation in Evolutionary Systems.- 2. Integration Principle as the Master Equation of the Dynamics of an Information System.- 3. On the Optimization of InformationWorkflow.- 4. Characterization of the Operator Cognitive State Using Response Times During Semi-autonomousWeapon Task Assignment.- 5. Correntropy in Data Classification.- 6. Algorithms for Finding Diameter-constrained Graphs with Maximum Algebraic Connectivity.- 7. Robustness and Strong Attack Tolerance of Low-Diameter Networks.- 8. Dynamics of Climate Networks.- 9. Sensor Scheduling for Space Object Tracking and Collision Alert.- 10. Throughput Maximization in CSMA Networks with Collisions and Hidden Terminals.- 11. Optimal Formation Switching with Collision Avoidance and Allowing Variable Agent Velocities.- 12. Computational Studies of Randomized Multidimensional Assignment Problems.- 13. On Some Special Network Flow Problems: The Shortest Path Tour Problems.- 14. A Hierarchical Multi-modal Hybrid Stackelberg-Nash GA for a Leader with Multiple Followers Game.- 15. The Role of Information in Nonzero-Sum Differential Games.- 16. Information Considerations in Multi-person Cooperative Control/Decision Problems: Information Sets, Sufficient Information Flows and Risk-Averse Decision Rules for Performance Robustness.- 17. Modeling Interactions in Complex Systems: Self-Coordination, Game-Theoretic Design Protocols, and Performance-Reliability Aided Decision Making.</p>