… coherent combination in a seven-beam system. Deep learning is used to identify the relative
phase offsets for each beam directly from the combined … can calculate the phase corrections …

… world, where most vehicles are equipped with multiple radar sensors, a trend is towards
combining single sensors nodes into a multistatic system and applying coherent processing [1]…

… efficiency against perturbations using a new algorithm based on pattern recognition, sensing
the uncombined beam intensities on a camera as data [10]. To show how this stabilization …

… According to the above-mentioned parameters, the length of time required from sensing the
phase error to implement the phase correction is calculated to be less than 510 $\mu s$. The …

… Recently, the development of the microwave photonic sensing technology in combination
with a LCI configuration has attracted considerable interest. By obtaining the transfer functions …

… This provides a framework to assess coherent combining … heterodyne phase detection and
geometric beam combining, … Separate photodetectors in each channel sensed the phase …

… active phase stabilization. After phase stabilization, the beams were coherently combined
… Notably, a total output power of ∼5 kW was achieved with 82% combining efficiency and …

… We also discuss the application of compressive sensing (CS) to the TomICam platform, and
… chirped-wave phase-locking techniques, and apply them to coherent beam combining (CBC…

… architecture for coherent beam combining of all-fibre pulsed amplifiers with active phase
control … laser by sensing the phase of a low optical leakage between pulses using a heterodyne …

… Coherent beam combining (CBC) technology has … coherent beam array (CBA) with discrete
vortex phases is constructed to generate vortex beams. We demonstrated that the combined …