Sentence examples for more efficient transmission from inspiring English sources

Although the adoption of more efficient transmission technologies, such as OFDM, MIMO, and Turbo coding etc., the frequency efficiency has been improved greatly, the cost of data transmission in wireless telecommunication is still extremely high due to more bandwidth requirement, which is seen as the most precious resource in wireless telecommunication.

For example, new Ram light-duty pickups intended for fleet use include mileage-enhancing features like an adjustable air suspension and a more efficient transmission.

Smart grids More efficient transmission of electricity by balancing supply and demand more carefully, and improving electricity grid software, could dramatically reduce the unnecessary losses.

Yet, thanks to the new engine design, a more efficient transmission, more aerodynamic body and somewhat lighter weight (3,142 pounds), the four-cylinder LE manages 32 m.p.g. in highway driving (24 in town) in government ratings.

This yields highly more efficient transmission coefficient.

In this section we discuss more efficient transmission schemes where only two time slots are required.

Incremental improvements are also likely to be taken with technologies like more efficient transmissions, tire design, trimming weight and more efficient engine valves.

Automakers have also looked to other fuel-saving technologies to pair with gasoline engines, including turbocharging, more efficient transmissions and weight savings.

With other viruses, intrathoracic inoculation is well known to bypass the midgut infection barrier, leading to a shorter period of extrinsic incubation, a direct exposure of the virus to the salivary glands, and thereafter generally more efficient infection and transmission [ 29].

We are correct in stating that natural transmission by sequentially feeding ticks is more efficient than transmission between co-feeding ticks.

While other, more complex superconducting materials work at higher temperatures, magnesium boride is relatively inexpensive, raising hopes that it might eventually find applications in magnetic resonance imaging machines, more efficient power transmission lines and a variety of electronic devices.