Sentence examples for overlap sensing from inspiring English sources

We define Z n ( li, li + n + 1 ) as a overlap sensing boundary zone (1 ≤ i ≤n). 1. -1=Q k iff all overlap sensing boundary zones could not cover the whole horizontal direction in the belt region.

From the definition 13 we could know that a overlap sensing boundary zone could provide at least 1-covered.

So we could not compute the number of break paths directly, then we use a new concept, overlap sensing boundary zone, in Figure 8, to solve the problem.

If an area in the belt region are not in the the overlap sensing boundary zone, then there are no sensors in this area, which means this area are 0-covered.

So we could not compute the number of break paths directly, then we use a new concept, overlap sensing boundary zone, in Figure 8, to solve the problem.   Figure 8 Q k =−1.

□. 2) -1 Overlap sensing boundary zones could cover the belt region in horizontal direction but there are still interstice among the sensors.  .

But she argues that the theory is preferable to many of its rivals "since it does not commit us to relative identity or require any ad hoc philosophical commitments" (15), and since even thought its divine selves don't overlap, sense can be made of, e.g. Jesus interaction with his Father (meaning not the prior divine person, but God, the temporal whole of whom Jesus is a temporal part) (11 4).

Given such importance of collaborative role in nearby gene pairs, our finding that NAT affected overlapped sense gene's expression through APA revealed another layer of transcriptional complexity that bridges genotype and phenotype.

Overlapping sense and antisense transcription has been described in a variety of biological roles, including RNA editing, genomic imprinting, translational regulation, RNA interference [ 57- 60].

Thus, in most cases antisense sRNAs modulate expression of the overlapping sense gene on transcriptional or posttranscriptional level, although trans targets may also be affected [ 42, 56].

The large amount of RNA structures predicted in the reverse complementary conreads can be explained by the possible existence of overlapping sense-antisense transcripts, an apparently very common phenomenon in mammals [ 57- 59].