High speed operation of Cleaved Coupled Cavity (C(3)) lasers made from Double Channel Planar Buried Heterostructure (DCPBH) lasers operating at 1.5micron wavelength is reported.
The gain, saturation power and noise of an Erbium-doped single- mode travelling-wave fiber-amplifier operating at lambda = 1.53microns have been characterized.
As bandwidth-hungry smartphones and wireless tablets become more common, scaling capacity in microwave backhaul networks becomes essential.
In this letter, we present an efficient 2 x 2 wavelength-selective cross connect that is serviceable without interrupting traffic.
© 1963-2012 IEEE. This article presents a 5G 28-32 GHz 2 × 64-element dual-polarized (DP) dual-beam transmit/receive (TRX) phased array.
2-regular networks are popular topologies for interconnecting networks due to their simple structures and possible good performances.
The new services available through smart devices require very high cellular network capacity. The capacity requirement is expected to increase exponentially with the forthcoming 5G networks.
This paper proposes a two-dimensional switching diversity (2DSD) technique to enhance the collaborative spatial multiplexing (CSM) scheme for uplink wireless access.
The problem 2-Xor-Sat asks for the probability that a random expression, built as a conjunction of clauses , is satisfiable.
Double heterostructure 2.2micron wavelength lasers were fabricated from Ga sub(0.84)In sub(0.16)As sub(0.15)Sb sub(0.85)/Al sub x Ga sub(l-x) As sub(0.04) Sb sub(0.96) wafers grown by liquid phase
