Multirate non-blocking generalized three-stage Clos switching networks
ieeexplore.ieee.org › document
Abstract: This paper studies the non-blocking switching operation of generalized three-stage Clos (1953) switching networks in the multirate environment.
Abstract—This paper studies the non-blocking switching op- eration of generalized three-stage Clos switching networks in the multirate environment.
Oct 22, 2024 · This paper studies the non-blocking switching operation of generalized three-stage Clos (1953) switching networks in the multirate ...
The analysis presented determines the minimum number of the second-stage switches required for strictly non-blocking operation of generalized three-stage ...
This paper studies the nonblocking switching operation of 3–stage Clos networks in the multirate environment. In particular, we concentrate on the strictly ...
Missing: generalized | Show results with:generalized
Formally, a 3-stage Clos network C(n1,r1, m, n2,r2) is an interconnection network where the first stage consists of r1 crossbars of size n1 × m, the last stage ...
A criterion for a three-stage network to be strictly non-blocking is presented which is very general in its application.
It is found that strictly nonblocking operation can be obtained for multirate traffic with essentially the same complexity as in the classical context.
Abstract. The Clos networks are a class of multistage switching network topologies that provide alternate paths between inputs and outputs, ...
Abstract. This paper studies the nonblocking switching operation of 3-stage Clos networks in the multirate environment. In particular, we concentrate on the ...
Missing: generalized | Show results with:generalized