Supplementary Material for Deep Non-line-of-sight Imaging from Under-scanning Measurements

In Figure 1, we present the results obtained with a total acquisition time of 25.6s and 102.4s, respectively. Furthermore, it is noteworthy that our paper introduces a universally applicable technique for NLOS imaging utilizing under-scanning measurements. The emitted pulses pass through a two-axis raster-scanning galvo mirror, transmitting onto the visible wall. The qualitative results are shown in Figure 1. To further validate the generalization capability of our model, we conduct tests on additional real-world data captured by our NLOS imaging system.