Examples of 'spectral efficiency' in a sentence
Meaning of "spectral efficiency"
Spectral efficiency refers to the measure of data transmission or signal processing efficiency within a given portion of the electromagnetic spectrum. It quantifies how effectively the available spectrum is used to transmit or carry information. Achieving higher spectral efficiency enables more data to be transmitted or processed within the same frequency bandwidth, resulting in improved overall efficiency of a communication system
How to use "spectral efficiency" in a sentence
Basic
Advanced
spectral efficiency
The net result is an increase in spectral efficiency.
Spectral efficiency would thereby be increased yet again.
This represents a penalty in terms of spectral efficiency.
Spectral efficiency is often specified as being either constrained or unconstrained.
They therefore offer high spectral efficiency.
Spectral efficiency comparison table.
Embodiments do not require sacrificing spectral efficiency.
Better spectral efficiency.
Both techniques naturally lead to a decrease in spectral efficiency.
This results in better spectral efficiency of the system.
This results in very poor behaviour in terms of spectral efficiency.
System spectral efficiency.
This technology can provide a high spectral efficiency.
Spectral efficiency can be increased by using higher order modulation schemes.
Battery life and spectral efficiency.
See also
Spectral efficiency increases.
It has a very high spectral efficiency of.
To increase spectral efficiency means increasing antenna gain and hence aperture.
This helps improve spectral efficiency.
One of the significant advantages of advanced wireless systems such as WiMAX is spectral efficiency.
It increases the spectral efficiency.
The quality of a frequency band may be measured as a function of the spectral efficiency.
This reduces the overall spectral efficiency of the setup.
It is therefore possible to use modulation formats with high spectral efficiency.
Techniques to obtain higher spectral efficiency are described in further detail below.
This scheme allows improved network coverage and spectral efficiency.
Also important is the spectral efficiency or throughput rate of the code.
This allows to use a modulation format with a higher spectral efficiency.
Digital systems offer improved spectral efficiency and are more cost efficient.
The insertion of a guard time or a prefix does however lead to a loss of spectral efficiency.
This has an advantageous effect on the spectral efficiency of the transmitted signals.
The main objective of these additional features is to increase average spectral efficiency.
This dramatic improvement in spectral efficiency is not found in the prior art.
It also increases the rate of data and information transfer known as spectral efficiency.
This association aims to improve the spectral efficiency of future wireless communication systems.
The main objective of these new features is to increase the average spectral efficiency.
This may substantially improve the spectral efficiency of the cellular communication system.
This means that future systems must provide significantly improved spectral efficiency.
This has the advantage of achieving high spectral efficiency through space division multiplexing.
This can enable better channel packaging and automatically higher spectral efficiency.
Spectral efficiency is provided by the spatial diversity between the satellite switches and users.
This work considers the low spectral efficiency strategy.
High spectral efficiency improvement should employ a single lower layer signal with a varied code rate.
Bandwidth reuse is an important method of improving spectral efficiency in a cellular communication system.
Method and apparatus for generating optical duobinary signals with enhanced receiver sensitivity and spectral efficiency.
This technique is therefore very prejudicial to the spectral efficiency of the radiocommunication system.
Finally the spectral efficiency is equal to the ratio EPMATHMARKEREP.
Such a level of repetition has significant impact on the spectral efficiency of a network.
This multiplies the effective spectral efficiency through multiple reuse and smart network deployment topologies.
The present invention is applicable to a network system where spectral efficiency is a concern.
You'll also be interested in:
Examples of using Spectral
Show more
I could pour it into a spectral analyzer or something
Spectral characteristics of light source and receiver
This is the case for spectral transformations
Examples of using Efficiency
Show more
Improve the energy efficiency of a shopping centre
Efficiency and emissions requirements of combustion equipment
Liberalisation enhances efficiency of local insurance market
