Examples of 'overhead can' in a sentence
Meaning of "overhead can"
overhead can: a term referring to the cost or expenses required to maintain a business or operation
How to use "overhead can" in a sentence
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overhead can
But overhead can be less straightforward.
According to such a control, signaling overhead can be decreased.
Less overhead can allow data transmission in preamble.
In this event, the downlink overhead can be reduced.
This overhead can degrade the speed of your website.
By “ reporting by exception ” the data processing overhead can be reduced considerably.
A ceiling fan overhead can help keep the air circulating.
When only the PMIs for the BBs are transmitted, an overhead can be reduced.
Travellers flying overhead can only glimpse at its many marvels.
Thus, a good flexibility with very small amount of control overhead can be achieved.
Travelers flying overhead can only glimpse at its many marvels.
If every node rebroadcasts topology information that it has received, unnecessary overhead can be generated.
But a satellite passing overhead can see an entirely different canvas.
Using this symmetry, approaches for reducing RPS signal overhead can be employed.
But robots flying overhead can easily spot this autonomously.
See also
Overhead can be no more than 15 % of that total.
The difference in manufacturing overhead can be divided into spending, efficiency, and volume variances.
Compared to Fig . 139, more optimized information can be transmitted, thus, less signaling overhead can occur.
The overhead can vary as a function of the indexing mechanism used.
Identical assumption on CSI-RS overhead can be adopted in different CoMP scenarios.
The overhead can be recycled to be cooled and fed to the liquid phase separator.
For example, the SSCH bandwidth overhead can be fixed to some predetermined level.
This overhead can be triggered by the land on which we will make the race.
Appropriate signaling overhead can thereby be maintained for precoding control.
This overhead can be reduced by including more HASH values in each packet.
The cost of labor and overhead can significantly outweigh that of materials.
Material cut overhead can fall on the operator [ unless it hangs up in other branches ].
L1 signaling overhead can be minimized.
Furthermore, overhead can be reduced further by introducing some relationship among the P indices.
The resulting overhead can be controlled with parameter Ya.
The surface overhead can therefore be larger than 300 % for a barrel shifter with logarithmic structure.
BACKGROUND It is known that network overhead can impact the end-to-end performance of client-server applications.
The iso-butene rich overhead can be recycling back to the simultaneous dehydration / skeletal isomerisation reaction sections.
Equipment and materials overhead can also be a hazard ( falling material, etc . ).
The CP overhead can be avoided.
Accordingly, the overhead can become significant for small packets.
Thereby, signaling overhead can be reduced and the hidden node problem prevented.
