Sentence examples for Layered time from inspiring English sources

A moment later, a reduced version of the theme is heard in the bass register of the orchestra at one-third the tempo, creating another hypnotic Sibelian effect of layered time.

"Through a masterly command of layered time periods, spiralling mysteries and a noir palette, it reveals how intimate lives are overshadowed by history; how the past preys on the present; and how the fate of individuals as well as countries is moulded by distant, or covert, events," they said in their citation.

He enlists different approaches: mysterious, moving ballads; short free-jazz scrimmages; free improvisation within tight rhythmic structures; rubato, layered time signatures, and the rhythmic complexities of the new Latin jazz, negotiated with the pianist Luis Perdomo, the bassist Drew Gress and the drummer E.J. Strickland.

AND when it comes to the river, which flows through a layered, time-carved landscape that reeks of prehistory, there are even deeper mysteries.

The basic idea of the layered time-space processing is to detect multiple data streams one by one in a specific order [26], so that the overall detection performance of all streams can be improved compared to joint detection.

In [25], the layered time-space processing is operated with the ordered successive interference cancelation (OSIC), where the transmitted streams are detected in an order that strong streams are detected earlier than weak streams, and each stream is processed with the interference from all previously detected streams already canceled out.

Some basic space-time coding techniques include layered space-time codes [1], space-time trellis codes (STTCs) [2, 3], space-time block codes (STBCs) [4, 5], and super-orthogonal space-time trellis codes (SOSTTCs) [6, 7].

In "Fallen," a music video for Meme, he layered time-lapses of ink blots resembling both Rorschachs and landscapes.

In order to obtain tunable unidirectional device, we assumed an ideal periodic layered Parity-Time (PT) symmetry structure inserted by doped LiNbO3 (LN) interlayers.

The product of these two characteristic frequencies is equal to the squared resonant frequency of the layered system, times a dimensionless proportionality constant of the order 1.

Layered space-time processing was first proposed in [24], for frequency-flat fading channels.