Sentence examples for both devices has been from inspiring English sources

Second, the transmission bit rate associated to the information exchange between both devices has been also constrained, optimizing the distribution of number of bits among the different frequency bands with an evolutionary algorithm.

Moreover, models of both devices have been implemented in circuit simulator for simulating experimentally demonstrated innovative G4FET circuit.

Prototypes of both devices have been constructed and exposed to sets of well-characterized reference fields: the resulting measured responses are presented and discussed here, compared against comprehensive Monte Carlo data.

Lissajous scan patterns for both devices have been successfully demonstrated by superimposing two ac sinusoidal signals of different frequencies into one signal to be used to actuate the mirror.

Both devices have been simulated thermally and optically using commercial software, COMSOL multiphysics® and RSoft™, respectively.

Important and clear indications on the use of both devices have been stated in the paper's conclusions.

Both devices have been extensively evaluated worldwide as adjuncts to chemotherapy, with encouraging clinical results [ 4, 5].

Both devices have been found to be highly sensitive and specific in determining the apnoea hypoponea index (AHI) when compared with in-laboratory or portable PSG in patients with moderate-to-severe OSA.

Economically, the set up for both types of devices has been shown to be cost-effective only when 2 or more units are recovered from the surgical field during the operation and then transfused back into the patient.

An in-depth analysis on the charge transport properties in both fresh and aged devices has been carried out using electrochemical impedance spectroscopy analysis to comprehend the enhanced device stability of the mixed perovskite devices developed on the ZnO ETL.

The limitation of the static environment in Boyden devices has been overcome both by the use of parallel-plate flow chambers and by custom models mimicking the in vivo conditions, along with widespread microfluidic approaches to in vitro modeling.