Switching networks of the type used in telephone exchanges are studied, with emphasis on a particular class of networks possessing great structural symmetry. This class contains rearrangeable networks carrying N calls with roughly 6N log3 N contacts, and non-blocking networks with roughly 16N(log5 N)2 contacts; these results are the best obtainable by the methods used. We also show, by an impractical argument, that there are non-blocking networks with roughly 90N log3 N contacts
A new rearrangeable nonblocking photonic multi- log2N network DM(N) is introduced. It is shown that ...
For the commonest model of rearrangeable networks with $n$ inputs and $n$ outputs, it is shown that...
The authors consider fault-tolerant circuit-switching networks under a random switch failure model. ...
Switching networks of the type used in telephone exchanges are studied, with emphasis on a particula...
AbstractSwitching networks of the type used in telephone exchanges are studied, with emphasis on a p...
We consider switching networks consisting of subscriber lines and crosswires connected by switches. ...
Abstract. For the commonest model of rearrangeable networks with n inputs and n outputs, it is shown...
A method is described which, for any n, generates a rearrangeably nonblocking netowrk for a bidirect...
We consider two-stage bidirectional switching networks which have a minimum of switches. Results on ...
Abstract. Rearrangeable networks are switching systems capable of establishing simultaneous indepen-...
[[abstract]]Benes networks are nonblocking rearrangeable networks that can realize arbitrary permuta...
AbstractThis paper investigates multirate multicast Clos switching networks which are nonblocking in...
Abstract An extension of the classical theory of connection networks is dened and studied This ext...
The complexity theory of switching networks has been explored during the past year by Nicholas Pippe...
A class of rearrangeable nonblocking networks is presented. The proposed networks are fault-tolerant...
A new rearrangeable nonblocking photonic multi- log2N network DM(N) is introduced. It is shown that ...
For the commonest model of rearrangeable networks with $n$ inputs and $n$ outputs, it is shown that...
The authors consider fault-tolerant circuit-switching networks under a random switch failure model. ...
Switching networks of the type used in telephone exchanges are studied, with emphasis on a particula...
AbstractSwitching networks of the type used in telephone exchanges are studied, with emphasis on a p...
We consider switching networks consisting of subscriber lines and crosswires connected by switches. ...
Abstract. For the commonest model of rearrangeable networks with n inputs and n outputs, it is shown...
A method is described which, for any n, generates a rearrangeably nonblocking netowrk for a bidirect...
We consider two-stage bidirectional switching networks which have a minimum of switches. Results on ...
Abstract. Rearrangeable networks are switching systems capable of establishing simultaneous indepen-...
[[abstract]]Benes networks are nonblocking rearrangeable networks that can realize arbitrary permuta...
AbstractThis paper investigates multirate multicast Clos switching networks which are nonblocking in...
Abstract An extension of the classical theory of connection networks is dened and studied This ext...
The complexity theory of switching networks has been explored during the past year by Nicholas Pippe...
A class of rearrangeable nonblocking networks is presented. The proposed networks are fault-tolerant...
A new rearrangeable nonblocking photonic multi- log2N network DM(N) is introduced. It is shown that ...
For the commonest model of rearrangeable networks with $n$ inputs and $n$ outputs, it is shown that...
The authors consider fault-tolerant circuit-switching networks under a random switch failure model. ...