Abstract: Systems and methods are provided for processing returned items based on related inventory. In some embodiments, the systems and methods process returns in order to perform some inventory management through return processing. In other embodiments, the systems and methods process returns in a manner that increases a probability that the buyer will exchange the item for another item rather than simply return the item. In some embodiments, the two objectives are combined, such that the return is processed in a manner that facilitates some inventory management, but also increases a probability that the buyer will exchange the item for another item rather than simply returning the item.

Abstract: Systems and methods are provided for processing returned items based on related inventory through the use of return labels. Rather than simply return everything to the same location, current inventory is considered in choosing a location for the return, and a suitable return label is sent to the customer. This may be a physical return label, a printable return label sent electronically. Alternatively, an attachable device such as an IoT chipset is sent to the customer.

Abstract: A method of splitting of elliptical images performed by a processor is provided. The method includes: receiving an image whose pixels span a range along each of two orthogonal axes; segmenting the image into indexed sub-images; storing the sub-images as texture maps; responding to a request for a value of a texture element having S1, T1 and H coordinates by returning the value of the texture element of the sub-image indexed by H whose X and Y coordinates are S1 and T1.

Abstract: A method of splitting of elliptical images performed by a processor is provided. The method includes: receiving an image whose pixels span a range along each of two orthogonal axes; segmenting the image into indexed sub-images; storing the sub-images as texture maps; responding to a request for a value of a texture element having S1, T1 and H coordinates by returning the value of the texture element of the sub-image indexed by H whose X and Y coordinates are S1 and T1.