It has two variants: (i) by second, and (ii) by minute.
Finally, we study TCP performance over CRAHNs, by considering the impact of three factors on different TCP variants: (i) spectrum sensing cycle, (ii) interference from PUs and (iii) channel heterogeneity.
Each frame was tested with three masonry variants: (i) bare masonry infill, (ii) masonry infill with pre-mixed plaster on both sides and (iii) masonry infill with pre-mixed plaster on both sides and reinforced with a polyvinyl chloride (PVC) net.
For the EPC Q-selection algorithm, two aforementioned variants, i.e., EPC Variant I and EPC Variant II, and two possible choices for the value of Δ are showed.
However, the universality of current PSO variants, i.e., their ability to achieve good performance on a variety of different fitness landscapes, is still unsatisfying.
Once again, the less fuzzy FCM variants, i.e. those with smaller m values, are slightly better than the more fuzzy ones.
Two catalytic reforming process variants (i.e. processing same inputs and producing same outputs with different internal unit operations arrangement; for this reason, these process variants have the same function) are compared from these previous different points of view.
We identified two important variants: (i) a frameshift mutation (P229fs) that generates a truncated, constitutively active receptor and (ii) a serine to isoleucine mutation (S183I), which drastically inhibits antiviral signaling and exerts a down-regulatory effect, due to unintended stable complexes of RIG-I with itself and with MAVS, a key downstream adapter protein.
However, WES typically yields thousands of 'novel' genetic variants (i.e. not yet present in human genome variants databases).
