Sentence examples for communication hardware from inspiring English sources

This paper present a unified approach to the compile-time scheduling of precedence-constrained, communicating tasks onto arbitrarily interconnected processor networks containing dedicated communication hardware.

Interfacing with the accelerometer is made simpler by the SPI communication hardware built into the microcontroller.

SpiNNaker is a novel computer architecture designed to address these problems using low-power microprocessors and custom communication hardware.

The architecture, implemented on standard workstations using off-the-shelf ATM communication hardware, removes the kernel from the communication path, while still providing full protection.

Because of prohibitive monetary and energy cost of currently over-engineered communication hardware, dense deployments of shallow water sensor networks remain an elusive goal.

To this end we developed the PMS architecture using PC components and designed a special, low cost communication hardware and the driver software for Linux OS.

The areas related to communication hardware-based technologies have been deliberately skipped, while concentrating on those solutions which are management-related and which are expected to be software-based.

A packet switched Network on Chip (NoC) infrastructure offers scalable connectivity for spike communication in hardware SNN architectures.

In the recent years, relentless push for higher transmission capacity with lower cost, size, and power dissipation necessitated adoption of photonic integration in all optical communication link hardware.

Data communication protocols, hardware and software connectivity, protocol standards, protocol layers, and interprocess communication and connectivity with examples of open platform communications (OPC) and OPC unified architecture are discussed in detail.

In particular, when dealing with communication limited hardware which forces one to consider the performance for a fixed number of degrees of freedom, the use of higher polynomial orders along with moderately coarser meshes is shown to be the best way to translate available degrees of freedom into resolution power.