Description: Granular Modeling for the Realization of Fundamentals of Control, Systems Analysis, and Decision Making.- Power Laws Spanning Controls of Living Systems Growth and Development.- Optimal Synchronizability of Complex Networks.- Double Disappointment and Double Solution: Dialectical Systems Theory and Model of Sustainable Socially Responsible Society.- Activity's Resources Models: Cooperation and Competition.- Leader-following Output Consensus of Discrete-time Heterogeneous Systems with Saturation.- Distributed Composite Optimization for Multi-agent Systems with Asynchrony.
