NJIT Applied Mathematics Colloquium
Friday, October 28, 2011, 11:30am
Cullimore Lecture Hall II
New Jersey Institute of Technology
Synchronization in Real Networks: Control and Optimization
University of Maryland
We explore synchronization in networks of coupled optoelectronic oscillators in our laboratory. Numerical models are developed and simulations are compared with experimental observations to understand how real networks synchronize and desynchronize as coupling coefficients are varied. Convergence to synchrony is found to depend on the network topology. We find that networks with the same number of nodes and links, and identical eigenvalues of the coupling matrix can exhibit fundamentally different approaches to synchrony. Applications to sensing and communication are studied.