A suburban North American city is used as the basis for comparing the relative effectiveness of deploying picocells or macrocells to meet burgeoning 4G traffic demand.
An explosive growth in the demand for higher data rates and capacity along with diverse requirements set by massive and ultra-reliable machine-type communications are the main drivers behind the de
This paper discusses process and product-centric means for accommodating change in large scale collaborative software development projects.
Both scholars and practitioners give increasing attention to the problems arising from the unpredictable nature and dynamism of modern heterogeneous networks.
Significant innovations in Pb-free solder alloy compositions are being driven by volume manufacturing and field experiences.
The adhesion and wear of colloidal silica nanoparticles (50 nm diameter) dispersed in a film have been directly studied using atomic force microscopy (AFM) under aqueous solution conditions.
Both technical feasibility and cost effectiveness have been demonstrated by adhesive bonding of light metal assemblies in a number of important industries.
This study examines the influence of the microstructural properties of a silicone polymer network and the surface properties of opto-electronic substrates on the adhesive properties.
We consider a thermoelastic problem for an elongated adhesively bonded assembly with identical nondeformable adherends and a `piecewise continuous' adhesive layer: the adhesive layer consists of a
A thermoelastic problem for adhesively bonded assemblies with identical nondeformable adherends is considered.
