This synchronization can be achieved synchronizing each sensor node to a common reference time.
This synchronization estimation resulted in the following output for each participant and role: 27 channels × 4 frequency-bands.
This synchronization can be achieved by a controller (called DSS controller).
This synchronization method is based on feedback control principles.
This synchronization method can only provide synchronization in a broadcast area.
This synchronization is achieved by using a hierarchical structure of time servers.
This synchronization scheme is named pairwise synchronization scheme, and it is extended for multi-hop synchronization.
This synchronization makes possible the cadence separation to allow for cross-subject comparison of muscle activations.
This synchronization method can be easily extended to other chaotic systems.
This synchronization is vital in having a universally quiet period (QP) among the SUs.
This synchronization mechanism has been introduced to control the dependency relation between membranes.
