1. A hybrid-resolution panoramic processor comprising: a panorama input for receiving a 360-degree image of a 360-degree scene; a detailed-view input for receiving a plurality of High-Resolution (HR) images taken by a plurality of HR cameras, each HR image covering only a limited-arc portion of the 360-degree scene; wherein the plurality of HR images have a higher pixel density of visible objects in the 360-degree scene than does the 360-degree image; an upscaler that generates additional pixels for insertion into the 360-degree image to generate an upscaled 360-degree image; a patch searcher for scanning the upscaled 360-degree image to locate a plurality of query patches, and for each query patch, searching a search window within an HR image to locate a best-matching HR patch in the HR image, and for a query patch near an interface between adjacent HR images, also searching a second search window within a second HR image to locate a second best-matching HR patch in the second HR image; a patch collector that collects the best-matching HR patch and the second best-matching HR patch; a patch evaluator that generates a similarity parameter for each best-matching HR patch collected by the patch collector, the similarity parameter quantifying a visual similarity of a best-matching HR patch with a query patch; a reconstructed patch generator that blends the best-matching HR patch and the second best-matching HR patch using the similarity parameters as blending weights to generate a reconstructed patch; and a joint-view reconstructor that places the reconstructed patch onto a reconstructed HR panorama image at a location of the query patch within the upscaled 360-degree image.