Sentence examples for improved interconnection from inspiring English sources
Improved interconnection among networks, enabled by IXPs, brings dramatic changes to the connectivity landscape in developing countries, lowering costs and improving quality.
Therefore, in parallel with the search for better conductors and insulators as well as improved interconnection technologies, there is an urgent need to address the interconnection issue from the circuit design perspective.
It exhibits a low charge transfer resistance (RCT) of 0.61 Ω cm2, owing to the improved interconnection, formation of the porous structure, and enhanced mobility of electrolyte ions.
It can be influential in improving interconnection and harmonising neighbouring electricity markets.
His company, owner of about 30% of the interconnections between France and Italy, is keen on enhancing the network, but local bureaucracies get in the way.To many observers it looks as if big energy companies, far from seeing deregulation as the problem, have made so little effort to improve interconnections because energy trading is not in their interests.
Increased compression pressure improved the interconnection between TiO2 nanoparticles, enhancing the photovoltaic performances of the flexible liquid-state DSSCs to a maximum of 3.92% efficiency.
The introduction of microvia and surface mount technologies into the manufacturing process for printed circuit boards (PCBs) has significantly improved the interconnection density.
(Representatives of Telgua and CTE declined to comment).Cofetel, the Mexican regulator, has also recently ordered Telmex to improve its interconnection with rivals, after complaints from some cable operators.
Although numerous technological innovations have been proposed to improve the interconnection of nodes, many clusters still rely on commodity Ethernet hardware to implement message-passing within parallel applications.
X-ray diffraction (XRD) analysis indicates that TBT treatment led to the formation of additional anatase TiO2, which plays an important role in improving the interconnection between TiO2 particles, as well as the adherence of the film to the substrate, and in modifying the surface properties of the nanocrystalline particles.
Taking signal flow graphs (SFG) as input, SODAS-DSP generates pipelined datapaths through iteratively constructive variation of the list scheduling and module allocation processes that iteratively improves the interconnection cost, where the measure of equidistribution of operations among pipeline partitions is adopted as the objective function.
