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This paper focuses on the issue of sparse matching in cases of extremely wide-base panoramic images such as those acquired by\udGoogle Street View in narrow urban streets. In order to effectively use affine point operators for bundle adjustment, panoramas must\udbe suitably rectified to simulate affinity. To this end, a custom piecewise planar projection (triangular prism projection) is applied.\udOn the assumption that the image baselines run parallel to the street façades, the estimated locations of the vanishing lines of the façade\udplane allow effectively removing projectivity and applying the ASIFT point operator on panorama pairs. Results from comparisons\udwith multi-panorama adjustment, based on manually measured image points, and ground truth indicate that such an approach,\udif further elaborated, may well provide a realistic answer to the matching problem in the case of demanding panorama configurations

the international archives of the photogrammetry, remote sensing and spatial information sciences/international archives of the photogrammetry, remote sensing and spatial information sciences

AUTOMATIC ADJUSTMENT OF WIDE-BASE GOOGLE STREET VIEW PANORAMAS