One first
Author: d | 2025-04-25
The first one seemed too easy. The first one down was the four-year-old. The first one. Capt Debin. The first one is short and simple. The first one to skip was John Nance. The first one who enters final competition Kung Ku. The first one that saves Djamel, wins. The first one who spawned all the others. The first one was Emily that socked into The first one seemed too easy. The first one down was the four-year-old. The first one. Capt Debin. The first one is short and simple. The first one to skip was John Nance. The
one of the first / firsts
Data in the first memory. the method may further include decompressing the original data by regenerating the second ones of the original data from the first ones of the original data and the second ones of the ECC data. Said regenerating one of the second ones of the original data may include performing error correction on a corresponding one of the first ones of the original data using a corresponding one of the second ones of the ECC data. the method may further include when adding new original data having new ECC data to the first memory, identifying a corresponding one of the first ones of the original data that can generate the new original data by performing error correction on the corresponding one of the first ones of the original data using the new ECC data. the method may further include: adding the new original data to the first memory as one of the first ones of the original data when there is no said corresponding one of the first ones of the original data; and adding the new ECC data to the first memory as one of the second ones of the ECC data, not adding the new original data to the first memory, and corresponding the new ECC data to the corresponding one of the first ones of the original data after the identifying of the corresponding one of the first ones of the original data. RAID cache data can be verified and any detected errors can
One of The First Ones
First ones of the original data. The compressor may be further configured to not store the first ones of the ECC data in the first memory. The thread may further include a decompressor for regenerating the second ones of the original data from the first ones of the original data and the second ones of the ECC data. The decompressor may include an error corrector for regenerating one of the second ones of the original data by performing error correction on a corresponding one of the first ones of the original data using a corresponding one of the second ones of the ECC data. The compressor may be configured to correspond each one of the second ones of the ECC data directly to one of the first ones of the original data, or indirectly to the one of the first ones of the original data via a different one of the second ones of the ECC data that corresponds to the one of the first ones of the ECC data. The thread may further include a comparator for keeping the first ones of the original data distinct from one another. The compressor may be further configured to store the first ones of the ECC data in the first memory. The comparator may be further configured to compare the generated ECC data with the first ones of the ECC data to identify a duplicate of one of the first ones of the original data. The thread may further include an errorto be one of the first
At least one lookup table of high-order nibble products that multiplies the at least one vector of the data matrix by a single factor in the encoding matrix to compute parallel lookup multiplier results comprising at least one vector;at least one parallel adder that adds the at least one vector of the parallel lookup multiplier results and computes a running total; anda sequencer wherein the sequencer orders load operations of the original data into at least one of the vector registers and load operations of the lookup table into at least one of the vector registers and computes the ECC data with the parallel lookup multiplier and the parallel adder and stores the computed ECC data from the vector registers to the main memory. 2. The system of claim 1, wherein:the processor comprises a first CPU core and a second CPU core;the thread comprises a plurality of threads comprising a first thread group and a second thread group; andthe ECC protection further comprises a scheduler for performing data operations to generate the ECC data and, concurrently, performing I/O operations using the I/O controller by:assigning the data operations to the first thread group, and not assigning the I/O operations to the first thread group;assigning the I/O operations to the second thread group, and not assigning the data operations to the second thread group;assigning the first thread group to the first CPU core;assigning the second thread group to the second CPU core; andconcurrently executing the first thread group on the first CPU. The first one seemed too easy. The first one down was the four-year-old. The first one. Capt Debin. The first one is short and simple. The first one to skip was John Nance. The first one who enters final competition Kung Ku. The first one that saves Djamel, wins. The first one who spawned all the others. The first one was Emily that socked into The first one seemed too easy. The first one down was the four-year-old. The first one. Capt Debin. The first one is short and simple. The first one to skip was John Nance. Theone of the first to
First ones of the original data in the first memory, storing the second ones of the ECC data in the first memory not storing the second ones of the original data in the first memory, and corresponding the second ones of the ECC data to the first ones of the original data. the compressor may be further configured to not store the first ones of the ECC data in the first memory. the thread may further include a decompressor for regenerating the second ones of the original data from the first ones of the original data and the second ones of the ECC data. the decompressor may include an error corrector for regenerating one of the second ones of the original data by performing error correction on a corresponding one of the first ones of the original data using a corresponding one of the second ones of the ECC data. the compressor may be configured to correspond each one of the second ones of the ECC data directly to one of the first ones of the original data, or indirectly to the one of the first ones of the original data via a different one of the second ones of the ECC data that corresponds to the one of the first ones of the ECC data. the thread may further include a comparator for keeping the first ones of the original data distinct from one another. the compressor may be further configured to store the first ones of the ECC'It was the first or one of the first' plural?
Data in the first memory. the comparator may be further configured to compare the generated ECC data with the first ones of the ECC data to identify a duplicate of one of the first ones of the original data. the thread may further include an error corrector. the compressor may be configured to, when adding new original data having new ECC data to the first memory, use the error corrector to identify a corresponding one of the first ones of the original data that can generate the new original data by performing error correction on the corresponding one of the first ones of the original data using the new ECC data. the compressor may be configured to: add the new original data to the first memory as one of the first ones of the original data when there is no said corresponding one of the first ones of the original data; and add the new ECC data to the first memory as one of the second ones of the ECC data, not add the new original data to the first memory, and correspond the new ECC data to the corresponding one of the first ones of the original data when the error corrector identifies the corresponding one of the first ones of the original data. a method of error-correcting code (ECC) protection or compression of original data with ECC data in a first memory using a computing system including a processing core for executing computer instructions and accessing data fromthe first or The first one? - TextRanch
Corrector. The compressor may be configured to, when adding new original data having new ECC data to the first memory, use the error corrector to identify a corresponding one of the first ones of the original data that can generate the new original data by performing error correction on the corresponding one of the first ones of the original data using the new ECC data. The compressor may be configured to: add the new original data to the first memory as one of the first ones of the original data when there is no said corresponding one of the first ones of the original data; and add the new ECC data to the first memory as one of the second ones of the ECC data, not add the new original data to the first memory, and correspond the new ECC data to the corresponding one of the first ones of the original data when the error corrector identifies the corresponding one of the first ones of the original data. According to another exemplary embodiment of the present invention, a method of error-correcting code (ECC) protection or compression of original data with ECC data in a first memory using a computing system including a processing core for executing computer instructions and accessing data from a main memory, and a non-volatile storage medium for storing the computer instructions is provided. The method includes accessing the computer instructions from the storage medium, executing the computer instructions on the processing core, arranging the original. The first one seemed too easy. The first one down was the four-year-old. The first one. Capt Debin. The first one is short and simple. The first one to skip was John Nance. The first one who enters final competition Kung Ku. The first one that saves Djamel, wins. The first one who spawned all the others. The first one was Emily that socked intoComments
Data in the first memory. the method may further include decompressing the original data by regenerating the second ones of the original data from the first ones of the original data and the second ones of the ECC data. Said regenerating one of the second ones of the original data may include performing error correction on a corresponding one of the first ones of the original data using a corresponding one of the second ones of the ECC data. the method may further include when adding new original data having new ECC data to the first memory, identifying a corresponding one of the first ones of the original data that can generate the new original data by performing error correction on the corresponding one of the first ones of the original data using the new ECC data. the method may further include: adding the new original data to the first memory as one of the first ones of the original data when there is no said corresponding one of the first ones of the original data; and adding the new ECC data to the first memory as one of the second ones of the ECC data, not adding the new original data to the first memory, and corresponding the new ECC data to the corresponding one of the first ones of the original data after the identifying of the corresponding one of the first ones of the original data. RAID cache data can be verified and any detected errors can
2025-04-06First ones of the original data. The compressor may be further configured to not store the first ones of the ECC data in the first memory. The thread may further include a decompressor for regenerating the second ones of the original data from the first ones of the original data and the second ones of the ECC data. The decompressor may include an error corrector for regenerating one of the second ones of the original data by performing error correction on a corresponding one of the first ones of the original data using a corresponding one of the second ones of the ECC data. The compressor may be configured to correspond each one of the second ones of the ECC data directly to one of the first ones of the original data, or indirectly to the one of the first ones of the original data via a different one of the second ones of the ECC data that corresponds to the one of the first ones of the ECC data. The thread may further include a comparator for keeping the first ones of the original data distinct from one another. The compressor may be further configured to store the first ones of the ECC data in the first memory. The comparator may be further configured to compare the generated ECC data with the first ones of the ECC data to identify a duplicate of one of the first ones of the original data. The thread may further include an error
2025-04-12First ones of the original data in the first memory, storing the second ones of the ECC data in the first memory not storing the second ones of the original data in the first memory, and corresponding the second ones of the ECC data to the first ones of the original data. the compressor may be further configured to not store the first ones of the ECC data in the first memory. the thread may further include a decompressor for regenerating the second ones of the original data from the first ones of the original data and the second ones of the ECC data. the decompressor may include an error corrector for regenerating one of the second ones of the original data by performing error correction on a corresponding one of the first ones of the original data using a corresponding one of the second ones of the ECC data. the compressor may be configured to correspond each one of the second ones of the ECC data directly to one of the first ones of the original data, or indirectly to the one of the first ones of the original data via a different one of the second ones of the ECC data that corresponds to the one of the first ones of the ECC data. the thread may further include a comparator for keeping the first ones of the original data distinct from one another. the compressor may be further configured to store the first ones of the ECC
2025-04-25