All posts under category "Electrical Engineering and Systems Science / Eess.SY"
Summary : This paper presents a new event triggered control methodology for nonlinear systems that maintains stability while minimizing communication and control inputs. The proposed algorithm ensures the same convergence rate as continuous time feedback control and allows predictable scheduling of
This paper delves into peer to peer trading in electricity networks, a cutting edge energy management technique that benefits proactive consumers (prosumers) by enabling them to trade energy as goods and services. The study addresses challenges related to modeling transactions both at the virtual la
This paper addresses the challenge of achieving global and semi global regulated state synchronization in homogeneous networks of non introspective agents, particularly under input saturation conditions. The key contribution is a scalable protocol design that does not require detailed knowledge abou
This research paper focuses on the mathematical modeling of coalescence in multi agent systems. Coalescence is a phenomenon where multiple agents or entities with distinct initial states come together to form one cohesive group, maintaining consensus in their actions and decisions. The authors use g
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