Predefined‐time distributed event‐triggered algorithms for resource allocation

The resource allocation problem in a distributed multi-agent system is considered this study. First, the authors develop predefined-time algorithm and analyse its convergence analysis using Lyapunov stability theory, which local constraint ensured by differential projection operator. Thus, predefined time obtained time-varying time-based generator. Second, to reduce communication consumption between agents, static as well dynamic-based event-triggered control scheme, where information broadcast only occurs at some discrete instants. Moreover, three proposed algorithms converge precisely global optimal solution. Besides, Zeno behaviour excluded above dynamic mechanisms. Finally, test algorithms' efficiency based on provided numerical examples.