Decoder configured to reconstruct (106 v,1, 106 d,1) a first view (12 1) of a multi-view signal from a data stream by, according to first coding parameters (46 1, 48 1, 50 1) obtained from the data stream, predicting a current portion of the first view (12 1) from a first previously reconstructed portion of the multi-view signal, reconstructed from the data stream by the decoder prior to the reconstruction of the current portion of the first view (12 1) and correcting a prediction error of the prediction of the current portion of the first view (12 1) using first correction data (42 1,2) contained in the data stream; at least partially adopt or predict second coding parameters from the first coding parameters; and reconstruct (106 v,2, 106 d,2) a second view (12 2) of the multi-view signal from the data stream by, according to the second coding parameters, predicting a current portion of the second view from a second previously reconstructed portion of the multi-view signal, reconstructed from the data stream by the decoder prior to the reconstruction of the current portion of the second view (12 2) and correcting a prediction error of the prediction of the current portion of the second view (12 2) using second correction data (42 3,4) contained in the data stream; wherein the decoder is configured to reconstruct the first view (12 1) of the multi-view signal from the data-stream by performing the predicting and correcting of the current portion thereof at a first spatial resolution, and to reconstruct the second view (12 2) of the multi-view signal from the data-stream by performing the predicting and correcting of the current portion thereof at a second spatial resolution lower than the first spatial resolution; characterised in that the decoder is further configured to up-sample the reconstructed second view (12 2) to the first spatial resolution; wherein the decoder further comprises a view extractor configured to extract an intermediate view from the reconstructed first view (12 1) and from the up-sampled reconstructed second view (12 2). reconstruct (106 v,1, 106 d,1) a first view (12 1) of a multi-view signal from a data stream by, according to first coding parameters (46 1, 48 1, 50 1) obtained from the data stream, predicting a current portion of the first view (12 1) from a first previously reconstructed portion of the multi-view signal, reconstructed from the data stream by the decoder prior to the reconstruction of the current portion of the first view (12 1) and correcting a prediction error of the prediction of the current portion of the first view (12 1) using first correction data (42 1,2) contained in the data stream; at least partially adopt or predict second coding parameters from the first coding parameters; and reconstruct (106 v,2, 106 d,2) a second view (12 2) of the multi-view signal from the data stream by, according to the second coding parameters, predicting a current portion of the second view from a second previously reconstructed portion of the multi-view signal, reconstructed from the data stream by the decoder prior to the reconstruction of the current portion of the second view (12 2) and correcting a prediction error of the prediction of the current portion of the second view (12 2) using second correction data (42 3,4) contained in the data stream; wherein the decoder is configured to reconstruct the first view (12 1) of the multi-view signal from the data-stream by performing the predicting and correcting of the current portion thereof at a first spatial resolution, and to reconstruct the second view (12 2) of the multi-view signal from the data-stream by performing the predicting and correcting of the current portion thereof at a second spatial resolution lower than the first spatial resolution; characterised in that the decoder is further configured to up-sample the reconstructed second view (12 2) to the first spatial resolution; wherein the decoder further comprises a view extractor configured to extract an intermediate view from the reconstructed first view (12 1) and from the up-sampled reconstructed second view (12 2).