Sentence examples for distributed timing from inspiring English sources

In the proposed distributed timing mechanisms outlined below, time is intrinsically represented: neural networks inherently encode time while processing other information, such as stimulus features or motor commands.

In wireless sensor networks, distributed timing synchronization based on pulse-coupled oscillators at the physical layer is currently being investigated as an interesting alternative to packet synchronization.

In OpenAirMesh, we follow a similar approach as in [3] for distributed timing synchronization.

In this paper, we apply the principles of the second-order consensus approach to the distributed timing synchronization problem in wireless sensor networks.

The distributed timing and synchronization system (DTSS) plays an important role in Experimental Advanced Superconducting Tokamak EASTT), which is one of the national key fusion research facilities in China.

The system is flexible enough to cope with diagnostics ranging from those involving simple time evolving signals to complex spectrometers, and will incorporate a new high speed distributed timing system.

These properties suggest that connections between layer 4and layer 2/3 are tuned for reliable transmission of spatially distributed, timing-based signals.

This paper presents theoretical results on the convergence of the distributed consensus timing synchronization (DCTS) algorithm for wireless sensor networks assuming general Gaussian delay between nodes.

In both scenarios, Monte-Carlo simulations are conducted for 5000 sets of initial conditions: all BSs initially commence with uniformly distributed internal timing references, while UTs are locally synchronized to their closest BS.

This deafness problem is mitigated by distributing the timing of light flashes in a given time window.

In order to counteract this deafness problem, we adopt a variant of the Reachback Firefly Algorithm to distribute the timing of light flashes in a given time window without affecting the quality of the synchronization.