Sentence examples for greatly distributed from inspiring English sources

b. generation of power will be greatly distributed - think solar rooftops, microgrids, windfarms; it's the birth of energy independence -- TEA PARTY people love this! c.

This paper provides a vision of greatly enhanced distributed collaboration capabilities in the near future and into the far future.

Both characteristics rely on the linear connection between the data rate and the assigned resources and on the user based utilities and greatly simplify the distributed solution of (P1).

The annual cataract surgical rate per surgeon, although a continuous variable, is known to vary greatly and be distributed unevenly.

The high optical thickness of the rat retina in vivo (~10D) ensures various features in the retina are distributed greatly in terms of their optical vergence, providing further opportunity for the pseudo-confocality of HiLo to improve image quality (in general, the further from the plane of interest the undesired information is, the easier it is to remove with HiLo [ 23, 24, 36]).

There is still a lot of foreign-currency debt out there, and it matters greatly how it is distributed.

The complexity and decoding latency of the proposed scheme can be greatly reduced compared with distributed turbo codes especially when L is large.

Finally, a network example based on the ERP system is adopted to numerically validate the proposed models and algorithms, and further indicates that the computation speed can be improved greatly by using a distributed computing system.

Here, the code length of the multiple turbo code also increases with the relay number L, which is usually much longer than the GLD code length N. Therefore, the complexity and decoding latency of the proposed scheme can be greatly reduced compared with distributed turbo codes especially when L is large.

This personalized manufacturing and widely "distributed" approach greatly limit the broad implementation and commercialization of CAR-T cell therapy due to the complicated and time-consuming procedures, great cost to generate one product for one patient, and heterogeneity of T cell products produced for or from individual recipients (Torikai and Cooper 2016).

Moreover, times can be greatly reduced by distributing the solution ( L D L T decomposition) of every individual system on multiple processors, although in this case scaling is not perfect.