Examples with "compressed data block" and their translation in Japans
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When a compressed data block is brought into the data cache, Analytic Services expands the block to its full size, regardless of the scheme that was used to compress it.
When a compressed data block is brought into the data cache, Essbase expands the block to its full size, regardless of the scheme that was used to compress it.
Essbase allows you to choose whether data blocks that are stored on disk are compressed, as well as which compression scheme to use. When data compression is enabled, Essbase compresses data blocks when it writes them out to disk. Essbase fully expands the compressed data blocks, including empty cells, when the blocks are swapped into the data cache.
A moving picture encoding device has: a group determination unit for determining which of a plurality of groups each of a plurality of blocks into which a picture has been divided is associated with; a group decoding time information calculation unit for calculating a decoding time for each group; an encoding amount control unit for controlling an encoding amount after entropy encoding data of each block included in a group, such that, when transmitted to the moving picture decoding device at a predetermined transmission rate, the data necessary for decoding all of the blocks included in the group arrives at a stream receiving buffer of the moving picture decoding device by the group's decoding time; a compression unit for compressing the data of each block on the basis of the encoding amount; an entropy encoding unit for entropy encoding the compressed data of each block; and a decoding information adding unit for adding decoding time correction information for each group corresponding to a maximum delay value accompanying entropy encoding for each group, and group information representing the group associated with each block, to output data.
A semiconductor testing apparatus comprising BBM for storing in advance the defective or nondefective information on each block of test memory furnished with block function; AFM for storing in advance the defective or nondefective information on each memory cell of the test memory; a data compressing section for compressing the data of the defective or nondefective information within the AFM; CFBM for storing the compressed data; nondefective block register GBR for storing the number of nondefective block addresses provided in advance; and address generating section AG, wherein when a compression object block is not nondefective, the address generating section feeds to the AFM the column address and row address of page within the compression object block, and wherein when the compression object block is nondefective, the nondefective block register feeds to the CFBM the number of nondefective block addresses.
[Problem] To quickly compress image data. [Solution] An image compression device (1) is equipped with: an image data acquisition section (141) for obtaining image data; a dividing section (143) for dividing block data, that is, a portion of the image data, into multiple sets of sub-block data which include multiple pieces of pixel information indicating the pixel values of pixels in the image data; and compression units (15) for compressing the sets of sub-block data in order to generate compressed sub-block data.
For each of M instances of compressed data less than N bits which are compressed based on each of M instances of N-bit data which configure a data block, a position determination device: determines such that a maximum X bits part of the compressed data and a flag which denotes whether the compressed data is greater than X bits are positioned in a memory location which is denoted by a result of a first computation which is carried out on an address value within the data block of the N-bit data on which the compressed data was based; and determines such that, when the compressed data is greater than X bits, the remainder of the compressed data is positioned, in whole or in part, in a memory location which is denoted by a result of a second computation which is carried out on the address value of the compressed data.
Because the bitmap uses one bit for each cell in the data block, the bitmap scheme provides a fixed overhead for data compression. Bitmap Data Compression represents a portion of a data block as an example. In this example, Essbase uses 64 bytes to store the data in the fully expanded block but uses 1 byte (8 bits) to store the bitmap of the compressed data on disk. (Essbase also uses a 72-byte block header for each block, whether or not the block is compressed.)
This header contains the signature and a link to the End Header The compressed data of your files The compressed metadata block for the compressed files.
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