Target dynamics provide an intrinsic source of variation equivalent to controlled illumination changes, enabling scattering-compensated reconstruction of dynamic scenes with one acquisition per frame in holographic and fluorescence imaging.
Fiber-wireless integrated mobile backhaul network based on a hybrid millimeter-wave and free-space-optics architecture with an adaptive di- versity combining technique
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A load-aware hysteresis controller for hybrid fiber-IAB-FSO backhaul achieves 8-44% energy savings at the cost of 0.9-6.7% coverage loss under user mobility.
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Leveraging target dynamics for imaging in complex media
Target dynamics provide an intrinsic source of variation equivalent to controlled illumination changes, enabling scattering-compensated reconstruction of dynamic scenes with one acquisition per frame in holographic and fluorescence imaging.
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Energy-Efficient FSO Reconfiguration under User Mobility in Hybrid Fiber-IAB Backhaul
A load-aware hysteresis controller for hybrid fiber-IAB-FSO backhaul achieves 8-44% energy savings at the cost of 0.9-6.7% coverage loss under user mobility.