Prompt-Beschreibung

A scientific illustration for an academic computer vision paper, depicting an ultra-low bandwidth information transmission scenario for an unmanned aerial vehicle (UAV). The UAV is flying at a far distance in the sky, appearing relatively small in the composition, conducting aerial visual sensing under strong wireless interference and signal jamming. Visual symbols such as distorted wave patterns, noise icons, or broken communication signals around the UAV indicate severe communication interference. Onboard the UAV, a compact visual compression module is illustrated as a labeled block: "Onboard Compression Module", showing the transformation from high-dimensional visual data to sparse, low-dimensional representations. Arrows indicate compressed visual information being transmitted through an ultra-low bandwidth wireless link. The wireless transmission link is visually thin, minimalistic, and labeled "Ultra-Low Bandwidth Channel", emphasizing limited transmission capacity. In the foreground, a ground control station is shown clearly and prominently, equipped with antennas, a receiver, and computational units. The ground station receives the compressed data and displays decoded visual or geometric information on a screen, labeled "Ground Station". The overall layout emphasizes a far-to-near depth perspective: UAV in the distant background, ground station in the foreground. Visual style: clean academic illustration style, similar to figures in CVPR / ICCV / IEEE journals, flat or slight 2.5D design, white or very light gray background, cool color palette (blue, cyan, purple), clear arrows, modular blocks, and minimal text annotations, no cartoon style, no photorealism, no artistic exaggeration, high clarity, vector-style rendering, suitable for inclusion in a scientific paper.