Factorization-based data object processing

Non-transitory media configured to store instructions thereon, the instructions, when executed, configured to cause a processor of an exchange computing system to:

• obtaining a set of data objects;
• factoring the set of data objects into a plurality of constituent data streams;
• analyzing the plurality of constituent data streams to assign ones of the plurality of constituent data streams to respective netting groups;
• combining, segment-by-segment, ones of the plurality of constituent data streams;
• determining valid netting group combinations to obtain identified but not-yet-used define data objects;
• incorporating at least one identified but not-yet-used data object into the set of data objects;
• and
• deleting, from a memory of the exchange computing system, a plurality of existing data objects within the set of data object in response to incorporating the at least one identified but not-yet-used data object to effect data compression without incurring detrimental information loss to effect a reduction of an associated storage load, an associated processing load, and/or an associated network communications load of the exchange computing system.

A device for reducing a data size of a set of data objects to effect data compression without incurring detrimental information loss to effect a reduction of an associated storage load, an associated processing load, and/or an associated network communications load of an exchange computing system, the device including:

• a processor;
• and memory coupled to the processor and configured to store thereon:
• first logic configured to cause the processor to obtain the set of data objects;
• second logic configured to cause the processor to factoring the set of data objects into a plurality of constituent data streams;
• third logic configured to cause the processor to analyze the plurality of constituent data streams to assign ones of the plurality of constituent data streams to respective netting groups;
• fourth logic configured to cause the processor to combine, segment-by-segment, ones of the plurality of constituent data streams;
• fifth logic configured to cause the processor to determine valid netting group combinations to define identified but not-yet-used data objects, the identified but not-yet-used data objects based on the valid netting group combinations grouped based on start date and/or end date;
• sixth logic configured to cause the processor to incorporate at least one identified but not-yet-used data object into the set of data objects;
• and
• seventh logic configured to cause the processor to delete, from a memory of the exchange computing system, a plurality of existing data objects within the set of data object in response to incorporating the at least one identified but not-yet-used data object to effect the data compression.