… and vertically polarized components in the depolarized object wave emerging from the MMF,
the linear phase demodulation is cancelled for such a wave in the typical VWM geometry. …

… , the orthogonal signals are … demodulate the orthogonal signals to obtain the phase variation
of the optical fiber FP sensor. The proposed interferometer has a minimum detection phase …

… Geometry in which anisotropic diffraction occurs was chosen. The linear phase demodulation
occurs because the inherent π/2 phase difference between orthogonal components of …

… We explain the possibility to perform the linear phase demodulation of the unpolarized … not
record the dynamic hologram in the orthogonal geometry of beam interaction. More detailed …

… Aiming at the problem that two-channel maxing signals are not orthogonal, this article
introduces a nonlinear correction module and proposes an improved PGC-Arctan-GNI algorithm to …

… In this paper, the precise procedure of the measurement and calculation by using orthogonal
demodulation is described. It can be achieved with very simple mathematical operations, …

… orthogonal designs for multiple transmit antennas in the maximum-likelihood differential
unitary space–time demodulator. It … the real or complex square orthogonal designs [23] and the …

… phase shift that is linearly proportional to the applied field. Unfortunately, phase demodulation
… of this anisotropy to simultaneously phase modulate two orthogonal polarization states by …

… detection of demodulated signals. The noise at the receiver prior to demodulation can be …
The noise model after demodulation must be modified because the demodulation process …

… Orthogonal states of polarization for the LO and the incoming signal create the 90 ◦ hybrid
necessary for phase … the QPSK signal is demodulated by our phase-estimation scheme on the …