Sentence examples for electronic realization from inspiring English sources

Best of all, this electronic realization of the original score accompanied a restored version of the film, a pairing that never took place in Antheil's lifetime.

Some experimental compositions, often containing chance elements and perhaps of indeterminate scoring, permit but do not necessarily demand electronic realization, but this is a specialized situation.

But ENIAC was, by virtue of its electronic realization, 1,000 times faster than the Harvard Mark I. Such speed meant that the machine could perform calculations that were theretofore beyond human ability.

Haas has long been attracted to microtonal divisions of the octave, and, in the eighties, made electronic realizations of Gesualdo madrigals in Vicentino's thirty-one-tone tuning, as Ekmeles has lately done.

The virtue of electronic realizations like the watt balance is that the definition and dissemination of the kilogram would no longer be dependent upon the stability of kilogram prototypes, which must be very carefully handled and stored.

Under this proposal, the magnitude of the kilogram would be subject to future refinement as improved measurements of the value of the Planck constant become available; electronic realizations of the kilogram would be recalibrated as required.

Furthermore, a novel electronic circuit realization of the new chaotic system is presented, examined and realized using Orcad-PSpice program and physical components.

Further to these, a novel electronic circuit realization of the proposed chaotic system is presented and examined using the Orcad-PSpice® program.

Any electronic physical realization of a chaotic logical circuit must necessarily involve small perturbations from the ideal - usually with large or even nonexistent derivatives in small diameter subsets of the phase space.

The GaN-based high-electron mobility transistor (HEMT) is a promising research subject because of the expected advantages for the realization of electronic devices for high-power and high-temperature operations [1 5].

The intercalation of an oxide barrier between graphene and its metallic substrate for chemical vapor deposition is a contamination-free alternative to the transfer of graphene to dielectric supports, usually needed for the realization of electronic devices.