The common interface given to library tools enables us to switch easily among the effects produced by different deformation sources that can be monitored at the free surface.
The miscellaneous sets of vector W values enable us to switch the EPLL into amplitude, frequency, or phase measurement modes and exemplify the flexibility of the proposed approach.
Enter Thomas Edison and, with a flick of a switch, night became day, enabling us to work, play, and post photos on Facebook into the wee hours.
This enabled us to simulate various switching techniques, three of which are presented in this paper: wormhole switching, circuit switching and a newly introduced technique called predictive circuit switching.
This enabled us to account for switching of drugs and timing of treatments, make extensive adjustments for covariates, and provide prognostic information associated with different drug therapies.
This selection enabled us to analyse three switch positions at one discrete PTM target site, which could potentially be associated with biological consequences.
This approach allowed us to compare the oscillatory dynamics of rule convergent and rule divergent idea generation and at the same time enabled us to measure spontaneous switching between these thinking modes on a trial-to-trial basis.
This enables us to apply the theory of switched systems to establish the stability condition.
Time-lapse series of STM images recorded over fixed areas (500−1000 Å)(2) enabled us to record and to extract switching behavior and polarizabilities for each molecule in each frame (∼5 min/frame) over several (8−18) hours.
Recently, the development of programmable switches has enabled us to run measurement algorithms in the network switch directly, and analyze packets up to Tbps in throughput.
