Publications

The fundamental problem which besets people concerned with the design of communication networks is how to provide a network which is, at once: (i) Of sufficient routing capability to allow any two

For each positive integer n let 5 n denote that collection of mappings of the real n-dimensional Euclidean space J5T onto itself, defined by: F t if and only if there exist, for i = 1, · · · , n, s

Relative to the huge body of theory of linear time-invariant systems, very little of a general and precise nature is known about the network-theoretic properties of transistor circuits operating un

S I N C E Thomas Graham 1 discovered in 1866 t h a t a piece of meteoric iron heated in vacuum yielded 2.8 times its volume of gas, 2 the solubility of gases in metals has been the subject of a lar

E A R L Y in the development of the power and telephone industries, serious problems were encountered because of induction between neighboring power and telephone circuits.

In general, spread-spectrum communications refers to a class of modulation methods by which the information-bearing signal is transmitted via a modulated signal having much greater bandwidth.

In a previous paper it was shown that two parallel-traveling coupled waves can interact with complete power interchange even though they have different phase constants.

I was invited to participate in the panel discussion entitled "Techniques and Devices for Enhancing (Tele)Communication Capabilities" after attending the conference of NexComm 2013 (

The recent rapid expansion of long-distance communications facilities to serve increasing civilian and military demands, along with the evolution of cheaper trunking facilities and more sophisticat

In an earlier paper, 1 we analyzed a traffic overflow system with queuing.