Sentence examples for switching fabrics for from inspiring English sources

This paper considers the optimization of wide-sense non-blocking wavelength-space-wavelength switching fabrics for elastic optical networks.

Instead of using isolated switching fabrics for unicast and multicast traffic respectively, we efficiently utilize one switching fabric for both unicast and multicast traffic by a careful design.

It is expected that this study can provide a fundamental guideline to the cost efficient design of nonblocking multicast Clos networks for different applications, including, e.g., optical switching fabrics for data center environments.

Fundamentals in system architecture development are compact modular component strategy, low-power processor, new serial high-speed interface chips on the board, and high-speed switched fabric for SAN architectures.

The price paid for such architectural simplicity is that it introduces additional constraints on the feasible permutation matrices of such switching fabrics, affecting performance for some traffic patterns.

Recently, wide-sense non-blocking conditions for two types of switching fabrics, named WSW1 and WSW2, have been derived and proved.

In this paper, a switching fabric called the spherical switching network for high-speed applications in next-generation networking is introduced.

A novel architecture, the Data Vortex DVV) switch, has been proposed by Yang et al., as a scalable, ultra low latency, ultra high capacity, high throughput, low cross-talk and low BER, all-optical packet switching fabric that is a suitable candidate for use as an OMIN.

This paper describes the design of a centralized controller/scheduler for a communication switch with a banyan switching fabric built using unbuffered switches.

Although the output queued (OQ) switch architecture can achieve optimal QoS performance, it is not a practical architecture for high-speed switching due to the switching fabric speedup, which requires complex implementation.

Switching fabric architectures of different capacities are investigated using the full search, i.e., for each architecture and capacity, all possible configurations are checked.