nonlinear operation 
The concept of a quasinonlinear operation regime is introduced for the first time and the boundaries of the quasinonlinear dynamic range of the interferometer are experimentally determined.


The range of possible trajectories and their averages changed with stimulus prestretch and GWN amplitude, indicating that system properties depended on the input characteristics; i.e., a nonlinear operation.


In this paper systematic numerical studies of the nonlinear operation of a waveguide distributed feedback gas laser equipped with a metal waveguide of rectangular cross section are presented.


We present an approximate analysis of the nonlinear operation of the hollow slabwaveguide laser with Gaussian reflectivity profile output mirror, including gain saturation and longitudinal as well as transverse field distribution of the laser mode.


An additional step involving a nonlinear operation is necessary to transform the sinusoidally modulated output of these neurons into a signal proportional to sustained eye velocity.


A method of calculating the vertical component, which allows for the noncosine response and avoids the region of stall and nonlinear operation, is presented.


We study different notions of subsolutions for an abstract evolution equation du/dt+Au?f where A is an maccretive nonlinear operation in an ordered Banach space X with orderpreserving resolvents.


The basicapproach taken in the removal of modulation prior tophase estimation is based on the nonlinear operation of phase quadruppling.


Timefrequency representations of a sound in turn require a nonlinear operation on the sound pressure waveform and many different forms for this nonlinear transformation are possible.


The 2 main reasons are: (i) detection of z.c.s is a nonlinear operation, and (ii) the noise at different scales is correlated.


For optical switches a suitable choice of taper parameters minimizes the power × length product for nonlinear operation.


Coding is a linear operation in finite fields, however a nonlinear operation in the real space.


Fundamentally this is because rectification is a nonlinear operation and all physical systems and devices look linear for small signal amplitudes.


If the nonlinear operation does not come from table lookups, it is realized using the processor instructions available.


In this way, insight into the nonlinear operation of a circuit as well as highlevel models is obtained.


Large input signals to an amplifier will result in nonlinear operation and severe distortion.


Median filtering is a nonlinear operation that replaces each point with the median of the oneor twodimensional neighborhood of a given width.


Nonlinear operation of a transmitter power amplifier results in spectral growth of the original signal, corrupting adjacent channels.


Note that this is a nonlinear operation except when p = 2.


PointGuard is weak because pointer encryption is achieved by using a bitwise exclusiveOR operation rather than a more complex nonlinear operation.

