Shuffling and sliding subgroup techniques to process data

A method comprising:

• selecting a first value indicative of a starting index position and selecting a second value indicative of a step size based on a plurality of data blocks associated with a set of data operations;
• in a first iteration, generating a first subgroup in a shuffled order that includes entries associated with a first subset of data blocks of the plurality of data blocks based on the first value and the second value, and executing data operations associated with the first subgroup;
• upon detecting that a next entry to be added to the first subgroup in the shuffled order would be a repeat entry, determining whether all data blocks in the plurality of data blocks have been added to the shuffled order;
• and
• based on determining that all of the plurality of blocks have not been added to the shuffled order, triggering one or more subsequent iterations, each subsequent iteration to generate a subsequent subgroup added to the shuffled order that includes entries associated with a different subset of data blocks of the plurality of data blocks that are shifted by one index position with respect to data blocks from a previously generated subgroup, and executing data operations associated with each of the subsequent subgroups.

A data processing system comprising a processor configured to:

• select a first value indicative of a starting index position and selecting a second value indicative of a step size based on a plurality of data blocks associated with a set of data operations;
• in a first iteration, generate a first subgroup in a shuffled order that includes entries associated with a first subset of data blocks of the plurality of data blocks based on the first value and the second value, and execute data operations associated with the first subgroup;
• upon detecting that a next entry to be added to the first subgroup in the shuffled order would be a repeat entry, determine whether all data blocks in the plurality of data blocks have been added to the shuffled order;
• and
• based on determining that all of the plurality of blocks have not been added to the shuffled order, trigger one or more subsequent iterations, each subsequent iteration to generate a subsequent subgroup added to the shuffled order that includes entries associated with a different subset of data blocks of the plurality of data blocks that are shifted by one index position with respect to data blocks from a previously generated subgroup, and execute data operations associated with each of the subsequent subgroups.

A non-transitory computer readable medium storing a set of executable instructions, the set of executable instructions to manipulate at least one processor to:

• select a first value indicative of a starting index position and select a second value indicative of a step size based on a plurality of data blocks associated with a set of data operations;
• in a first iteration, generate a first subgroup in a shuffled order that includes entries associated with a first subset of data blocks of the plurality of data blocks based on the first value and the second value, and execute data operations associated with the first subgroup;
• upon detecting that a next entry to be added to the first subgroup in the shuffled order would be a repeat entry, determine whether all data blocks in the plurality of data blocks have been added to the shuffled order;
• and
• based on determining that all of the plurality of blocks have not been added to the shuffled order, trigger one or more subsequent iterations, each subsequent iteration to generate a subsequent subgroup added to the shuffled order that includes entries associated with a different subset of data blocks of the plurality of data blocks that are shifted by one index position with respect to data blocks from a previously generated subgroup, and execute data operations associated with each of the subsequent subgroups.