coupled oscillations in complex networks
Coupled oscillations in complex networks refer to the synchronized and interconnected motion of multiple oscillating elements that are interconnected in a complex network structure. The oscillations of each element are influenced by and influence the oscillations of other elements in the network, creating a collective behavior where the dynamics of the network as a whole are coupled and synchronized.
Requires login.
Related Concepts (1)
Similar Concepts
- coupled harmonic oscillators
- coupled oscillations in biological systems
- coupled oscillations in chaotic systems
- coupled oscillations in coupled pendula
- coupled oscillations in fluid dynamics
- coupled oscillations in multi-degree of freedom systems
- coupled oscillations in nonlinear optics
- coupled oscillations in quantum systems
- coupled oscillations with damping
- coupled oscillators
- coupled pendulum oscillations
- damped coupled oscillations
- forced coupled oscillations
- nonlinear coupled oscillations
- nonlinear damped coupled oscillations