Method, system, and article of manufacture for assigning values from customer record system to records in contact record system

A system for assigning values from a customer record system to records in a contact record system comprising:

• at least one computer processor configured to assign values from the customer record system to records in the contact record system, wherein the at least one computer processor is further configured to:
• receive a first set of records in the contact record system;
• receive a second set of records in the customer record system;
• create a third set that is a subset of the first set;
• create a fourth set that is a subset of the first set;
• create a fifth set that is a subset of the second set;
• create a sixth set that is a subset of the second set;
• create a seventh set based on the third set and the fifth set;
• create an eighth set based on the fourth set and the sixth set;
• train a model based on the seventh set to achieve a trained model;
• and
• create a ninth set based on the eighth set and the trained model;
• wherein the fourth set is capable of being represented by a first matrix;
• wherein the ninth set is capable of being represented by a second matrix;
• wherein the dimension of the second matrix is based on the dimension of the first matrix;
• and
• wherein a vector of the second matrix contains values based on the sixth set.

An article of manufacture for assigning values from a customer record system to records in a contact record system comprising:

• a non-transitory processor readable medium;
• and
• instructions stored on the medium,
• wherein the instructions are configured to be readable from the medium by at least one computer processor configured to assign values from the customer record system to records in the contact record system, and thereby cause the at least one computer processor to operate so as to:
• receive a first set of records in the contact record system;
• receive a second set of records in the customer record system;
• create a third set that is a subset of the first set;
• create a fourth set that is a subset of the first set;
• create a fifth set that is a subset of the second set;
• create a sixth set that is a subset of the second set;
• create a seventh set based on the third set and the fifth set;
• create an eighth set based on the fourth set and the sixth set;
• train a model based on the seventh set to achieve a trained model;
• and
• create a ninth set based on the eighth set and the trained model;
• wherein the fourth set is capable of being represented by a first matrix;
• wherein the ninth set is capable of being represented by a second matrix;
• wherein the dimension of the second matrix is based on the dimension of the first matrix;
• and
• wherein a vector of the second matrix contains values based on the sixth set.