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LINC/NIRVANA (LN) is the German-Italian beam ombiner for the Large Bino ular Teles ope (LBT). It is a Fizeau interferometer and it will provide multiple images of the same target orresponding to dierent orientations of the baseline. For ea h one of these images the resolution is not uniform over the eld sin e it is the resolution of a 22:8m mirror in the dire tion of the baseline and that of a 8:4m mirror in the orthogonal one. Therefore a unique high-resolution image an only be obtained by means of de onvolution methods. Four-years ongoing work of our group on this problem has already laried the ee ts of partial adaptive opti s orre tions and partial overage of the u; v plane and has produ ed the Software Pa kage AIRY, a set of modules IDL-based and CAOS- ompatible, whi h an be used for simulation and/or de onvolution of multiple images from the LBT instrument LN. In this paper we present a general approa h to the design of methods for the simultaneous de onvolution of multiple images of the same obje t. These an in lude both qui k-look methods, to be used for routinely pro ess LN images, and ad-ho methods for spe i lasses of astronomi al obje ts. We des ribe several examples of these methods whose implementation and validation is in progress. Finally we present th