Synchronization

Anti-synchronization and synchronization of T-system

In this paper, we discuss the synchronization and anti-synchronization of two identical chaotic T-systems. The adaptive and nonlinear control schemes are used for the synchronization and anti-synchronization. The stability of these schemes is derived by Lyapunov Stability Theorem. Firstly, the synchronization and anti-synchronization are applied to systems with known parameters, then to systems...

Hyper-Synchronization, De-Synchronization, Synchronization and Seizures

Self-synchronization and controlled synchronization

An attempt is made to give a general formalism for synchronization in dynamical systems encompassing most. of the known definitions and applications. The proposed set-up describes synchronization of interconnected systems with respect to a set of functionals and captures peculiarities of both self-synchronization and controlled synchronization. Various illustrative examples are given.

Synchronization

In a parallel program, the instructions of any given thread appear to occur in sequential order (at least from that thread’s point of view), but if the threads run independently, their sequences of instructions may interleave arbitrarily, and many of the possible interleavings may produce incorrect results. As a trivial example, consider a global counter incremented by multiple threads. Each th...

Synchronization Patterns 1 1.1 Synchronization Patterns

Concurrent programming is often more challenging than sequential programming, however. Many of these challenges arise from the need to serialize access to shared resources. In particular, threads that run concurrently can access the same other objects or variables simultaneously and potentially corrupt these objects' and variables' internal state. Therefore, code that should not execute concurr...