Sentence examples for A output from inspiring English sources

(A) Output defined by the average number of preclinical candidates per year.

(A) Output as defined by the average number of preclinical candidates per year.

A output capacitor-free low-dropout regulator (LDO) with fast transient response and ultra-small compensation capacitor is proposed.

(A ) Output of the revised computational model in which Fj acts more strongly on Ft than Ds, and in which unphosphorylated Ft binds with equal affinity to both phosphorylated and unphosphorylated Ds.

(A ) Output (top) and input (bottom) synaptic weights of an E (left) and I (right) neuron in the middle of the twisted torus in a network in which synaptic weights are scaled according to the synaptic profile functions from Figure 1B.

(a) Output of SMF.

The power supply unit consists of two low-dropout (LDO) voltage regulators designed to provide up to 1.5-A output current which receive the power through the ethernet connector using the Power over Ethernet (PoE) standard technology [38, 39].

The division between triple-A output and that from places of greater individuality and more impressive innovation is smaller than ever: less a chasm between continents, more a crack in a paving slab, allowing players to step easily between high-budget blockbusters made by hundreds and rightfully award-winning games from teams of tens.

The second problem can be formulated as follows: Input: The set of concept names N C, an ABox (mathcal {A}), a similarity relation Sim, a concept C, and an individual a. Output: A nonempty context Σ⊆N C −atom(C) and a natural number n≥1 such that (mathcal {A} models overline {C}^{(mathrm {text {Sim}}_{Sigma },n)}(a)).

Input: The set of concept names N C, an ABox (mathcal {A}), a similarity relation Sim, a concept C, and an individual a. Output: A nonempty context Σ⊆N C −atom(C) and a natural number n≥1 such that (mathcal {A} models underline {C}_{(mathrm {text {Sim}}_{Sigma },n)}(a)).

This problem can be formulated as follows: Input: The set of concept names N C, an ABox (mathcal {A}), a similarity relation Sim, a concept C, and an individual a. Output: A nonempty context Σ⊆N C −atom(C) and a natural number n≥1 such that (mathcal {A} models underline {C}_{(mathrm {text {Sim}}_{Sigma },n)}(a)).