摘要:
A method and an apparatus for life cycle management for superpixels associated to frames of a sequence of frames are described. An area occupied by a superpixel in a frame of the sequence of frames is monitored. In case the area of the superpixel becomes smaller than a specified first value, the superpixel is terminated (2) in the later frame. In case the area of the superpixel becomes larger than a specified second value, the superpixel is split (3) in the later frame.
摘要:
A method and an apparatus (20) for analyzing stereoscopic or multi-view images are described. A two-dimensional map associated to the stereoscopic or multi-view images is retrieved and segmented (11) into a plurality of tiles. Then an analysis (12) of the tiles of the two-dimensional map is performed. An analysis result for the two-dimensional map is determined (15) from results of the analysis (12) of the tiles of the two-dimensional map.
摘要:
A method for analyzing the colors of stereoscopic or multi-view images is described. The method comprises the steps of: - retrieving (2) one or more disparity maps for the stereoscopic or multi-view images; - aligning (3) one or more of the images to a reference image by warping the one or more images according to the retrieved disparity maps; and - performing an analysis (4, 5, 6) of discrepancies on one or more of the aligned images.
摘要:
The invention is related to non-volatile storage devices. More precisely, the invention is related to non-volatile storage devices allowing for storing of data and for altering of already stored data. The invention proposes a non-volatile storage device comprising a storage unit (FM), means for receiving an access change indication (CON) and means for changing access to said storage unit (WP) in response to said access change indication wherein access prior to reception of said access change indication is such that data can be stored in said storage unit (FM) and already stored data can be altered and access after said access change is such that said at least some of already stored data is unalterable. This makes use of non-volatile storage devices even more flexible as it combines the advantages of permanent, fogery-proof storage with the advantages of erasable storage.
摘要:
A method and an apparatus for generating superpixels for a sequence of images are described. A cluster assignment generator (22) generates (10) a cluster assignment for a first image of the sequence of images, e.g. by clustering pixels of the first image into superpixels or by retrieving an initial cluster assignment for the first image and processing only contour pixels with regard to their cluster assignment. A label propagator (23) initializes (11) subsequent images based on a label propagation using backward optical flow. A contour pixel processor (24) then processes (12) only contour pixels with regard to their cluster assignment for subsequent images of the sequence of images.
摘要:
A method and an apparatus for life cycle management for superpixels associated to frames of a sequence of frames are described. An area occupied by a superpixel in a frame of the sequence of frames is monitored. In case the area of the superpixel becomes smaller than a specified first value, the superpixel is terminated (2) in the later frame. In case the area of the superpixel becomes larger than a specified second value, the superpixel is split (3) in the later frame.
摘要:
For NAND flash devices, two specific bounds for the program time are defined in the data sheets: a typical program time, during which more than 50% of all pages are programmed, and a maximum program time. Reduction of the maximum program time to an effective program time is possible using the following method for writing to a flash memory, comprising the steps of specifying an effective program time (t PROG,eff ) that is between typical and maximum program time, writing first data (i) to the flash memory, after the effective program time (t PROG, eff ) checking if the programming cycle is finished, if it is finished writing second data to the flash memory, and if it is not finished writing the at least second data (i+1) to a buffer memory (Page Buffer) and marking them as not to be overwritten, repeating the previous steps as long as further data are to be stored, determining a free location in a flash memory, and copying the at least second data from the buffer memory (Page Buffer) to the determined location in the flash memory.