In ecology, networks are a valuable tool for representing the diversity of species (vertices) and their interactions (edges).
Under the view of engineering ecology, based on system theory and system ecology, employs system analysis method and ecological network analysis method, activates engineering.
The generalized vector equilibrium problem finds applications in economics, finance, image reconstruction, ecology, transportation, network, and elasticity in [7].
The equilibrium problems play an important role in economics, finance, image reconstruction, ecology, transportation, network, and so on (see, e.g., [1 4]).
Equilibrium problem has emerged as an effective and powerful tool for studying a wide class of problems which arise in economics, finance, image reconstruction, ecology, transportation, network, elasticity, and optimization; see [4 7] and the references therein.
Equilibrium problem has emerged as an effective and powerful tool for studying a wide class of problems which arise in economics, finance, image reconstruction, ecology, transportation, network, elasticity, and optimization.
Fixed point theory has emerged as an effective and powerful tool for studying a wide class of problems which arise in economics, finance, image reconstruction, ecology, transportation, network, elasticity and optimization; see [1 12] and the references therein.
The equilibrium problems have emerged as an effective and powerful tool for studying a wide class of problems which arise in economics, ecology, transportation, network, elasticity, and optimization; see [3 6] and the references therein.
Iterative algorithms have emerged as an effective and powerful tool for studying a wide class of problems which arise in economics, finance, image reconstruction, ecology, transportation, network, elasticity and optimization; see [1 11] and the references therein.
The equilibrium problem theory provides a novel and united treatment of a wide class of problems which arise in economics, finance, image reconstruction, ecology, transportation, network, elasticity and optimization.
