The natural modes are complex and can be interpreted as mode pairs spinning with and against the string rotation.
As an example, we extracted space time structures (modes) of variability from a subway passenger dataset by applying CSEOF analysis and interpreted each mode of variability based on the structure of the loading vector and the corresponding amplitude time series.
Certainly a variant of preppy style was universalized in the 1980's, as first Ralph Lauren and then Tommy Hilfiger interpreted a mode of dressing that once signified membership in what Gore Vidal has referred to as America's "invisible ruling class".
Alhussein (2011) interpreted the mode choice to access King Khaled Airport of Saudi Arabia and by studying different types of present transportation systems stated that parameters such as time, access cost, reliability, and comfort are the most important parameters in choosing the transportation modes by the passengers [1].
Using the complex mode superposition technique, the response-dependent dynamic condensation matrix may be interpreted as any-mode-, including whole-mode, m-mode, P-mode and single-mode, dependent condensation matrix.
Note that McCulloch interpreted the modes of behavior as pairs of opposites, for example wakefulness sleeping or eating to void (urinate defecate).
This in turn helps in interpreting the mode of formation and the depositional environment of sedimentary rocks.
By S. J. Perelman The New Yorker, March 4, 1939 P. 17 With the World's Fair shooting its cuffs in the wings, the editors of Vogue, ever quick to sniff out the trend and interpret the mode, called in nine important designers and asked them each to create a dress for the Woman of the Future in the World of Tomorrow.
The New Yorker, March 4, 1939 P. 17 With the World's Fair shooting its cuffs in the wings, the editors of Vogue, ever quick to sniff out the trend and interpret the mode, called in nine important designers and asked them each to create a dress for the Woman of the Future in the World of Tomorrow.
Here we evaluate the Upper Cretaceous lithostratigraphy and the internal structure of a series of sedimentary basins based on detailed seismic reflection profiles, surface geology and new zircon geochronology, interpret the mode of accommodation space and drainage pattern development in these basins, and present a new tectonic model for their post-rift evolution in the late Cretaceous.
