This paper proposes a new node architecture and protocol for a wavelength division multiple access (WDMA) packet-switched metropolitan area network.
We consider a routing problem which arises in the development of an algorithm which assigns routes in real-time to incoming path requests (calls) between pair of nodes in a passive optical local ne
We consider the node-capacitated routing problem in an undirected ring network along with its fractional relaxation, the node-capacitated multicommodity flow problem.
Our results (i) confirm the s-wave superconductivity character originally observed in 1989, and (ii) show that the features of muSR (and microwave) data claimed by other authors to be evidence for
Muon spin rotation (mSR) measurements were conducted on a single- crystal of YBa2Cu3O7 with a superconducting transition temperature of Tc ~ 91.3 K and a transition width of D Tc 0.5 K in zero a
We analyze the signal to noise ratio in a recently proposed lensless compressive imaging architecture.
We explore the fundamental limits on the achievable information rate of fiber-optic coherent transmission systems equipped with ideal zero-forcing nonlinear equalizer (ZFNLE).
This paper describes the noise and dynamic behavior of commercial MHEMTs characterized at extreme low temperatures (78K and 173K).
In the past decade there has been a rapid growth in communication facilities designed to transmit television (TV) signals relatively short distances over coaxial cables.
We experimentally and theoretically confirm the similar performance of optical time-division demultiplexing (OTDM) and electrical time-division demultiplexing (ETDM) receivers for beat-noise limite
