Aiming throughput enhancement in future mobile networks dense deployment of wireless access points (APs) is intended.
A new low-power design technique, multirate, has been used along with other methods such as look-ahead and pipelining in designing the cost-effective low-power architectures of video coding systems
An electroplated copper substrate was evaluated for heat dissipation in 1.55-mu m optically pumped vertical extended cavity surface emitting lasers (OP-VECSELs).
We compare the cost-efficiency of optical networks based on mixed datarates (10, 40, 100Gb/s) and elastic technologies.
We demonstrate the feasibility of 6.3 Tbit/s capacity over 17 × 100 km using well-proven all-erbium-doped fiber amplifier technology over a typical ultra-long haul link based on standard fiber.
We study the techno-economics of submarine systems constrained by a fixed electrical power supply.
Hardware-software co-synthesis starts with an embedded-system specification and results in an architecture consisting of hardware and software modules to meet performance, pou er, and cost goals.
A simplified analytical model of hybrid-integrated-circuit (HIC)/ printed-wire-band (PWB) assembly bowing is developed to explain a paradoxical situation, observed by T.F. Marinis, R.C.
Poised to elevate the automated digital economy, new high performance global-scale applications will leverage distributed clouds, network programmability and multi-operator federation.
We report Coulomb renormalization and carrier thermal activation dynamics in self-assembled quantum dots following selective optical excitation in the ground state using a novel two-color pump-prob
