In order to model the synchronization of brain signals, a three-node fully-connected network
is presented. The nodes are considered to be voltage control oscillator neurons (VCON) …

Transmission and switching in digital telecommunication networks require distribution of
precise time signals among the nodes. Commercial systems usually adopt a master-slave …

One-way master-slave (OWMS) chain networks are widely used in clock distribution systems
due to their reliability and low cost. As the network nodes are phase-locked loops (PLLs) …

The atomic force microscope (AFM) introduced the surface investigation with true atomic
resolution. In the frequency modulation technique (FM-AFM) both the amplitude and the …

Clock distribution systems are used in many applications requiring accurate time basis:
integrated circuits, computer networks, satellite communications, and Global Position …

Phase-locked loops (PLLs) are devices able to recover time signals in several engineering
applications. The literature regarding their dynamical behavior is vast, specifically …

Since the mid 1980s the Atomic Force Microscope is one the most powerful tools to perform
surface investigation, and since 1995 Non-Contact AFM achieved true atomic resolution …

Phase-locked loops (PLLs) are widely used in applications related to control systems and
telecommunication networks. Here we show that a single-chain master–slave network of …

Clock signal distribution in telecommunication commercial systems usually adopts a master-
slave architecture, with a precise time basis generator as a master and phase-locked loops …

Synchronization plays an important role in telecommunication systems, integrated circuits,
and automation systems. Formerly, the masterslave synchronization strategy was used in …