Sentence examples for decoding purposes from inspiring English sources

However, only a subset C n of BSs forwards information on the backhaul for decoding purposes.

The locations of the eligible embeddable cells are recorded using (5) for creating a reference map (Fig. 5 b) that can be used for decoding purposes.

The underground unit detected changes in the bottom hole assembly speed below the mud power engine for decoding purposes, with different speeds representing different commands.

Note that the retransmission request initiated by the network layer of the receiving node is answered by the network layer of the sending node since it buffers also transmitted packets for decoding purposes.

The presented method is closely related to other works that consider observation vectors as uncertain for decoding purposes, most often for noisy speech recognition [1 4], but in some cases also for speech recognition in multitalker conditions, as, for example, [5, 6], or [7] in conjunction with speech segregation via binary masking (see, e.g. [8, 9]).

but are not in its buffered packets for decoding purpose.

The authors [31] propose a method called Tile, which is advantageous for parallel decoding purpose when compared to slices or WPPs.

A large amount of single-stranded DNA (ssDNA) was obtained by combining symmetric PCR and magnetic isolation, and ssDNA prepared with magnetic bead as label was further allowed to hybridize against the tag-array for decoding purpose.

What Joseph Campbell did for mythology, Twitchell and Ross have done for garages, strip clubs and other masculine hideouts, decoding their fundamental purposes and revealing the timeless and heroic in the seemingly banal.

Unlike [9] which designs list decoding with a purpose to solve the error-correcting problem in random network coding, [8, 23, 24, 34, 35] are not designed for solving the error-correcting problem in random network coding.

By its turn, the destination jointly decodes the signals received from source and relay [8, 15, 17, 30], which is an iterative process dependent of block decoding [8, 30] whose purposed is to combine the transmissions from source and relay using advanced detection techniques and the acquired knowledge from previously received frames [30].