Abstract: A scalable architecture to solve assortment problems. Relevant data is loaded into various data stores throughout the architecture. A user specifies the problem using an interactive user interface. A dispatcher process takes the problem and delegates it to individual data stores. The data stores solve their delegated problems and return the results to the dispatcher, which aggregates the results and presents them to the user as an optimal solution to the assortment problem.

Abstract: A scalable architecture to solve assortment problems. Relevant data is loaded into various data stores throughout the architecture. A user specifies the problem using an interactive user interface. A dispatcher process takes the problem and delegates it to individual data stores. The data stores solve their delegated problems and return the results to the dispatcher, which aggregates the results and presents them to the user as an optimal solution to the assortment problem.

Abstract: A scalable architecture to solve assortment problems. Relevant data is loaded into various data stores throughout the architecture. A user specifies the problem using an interactive user interface. A dispatcher process takes the problem and delegates it to individual data stores. The data stores solve their delegated problems and return the results to the dispatcher, which aggregates the results and presents them to the user as an optimal solution to the assortment problem.

Abstract: A scalable architecture to solve assortment problems. Relevant data is loaded into various data stores throughout the architecture. A user specifies the problem using an interactive user interface. A dispatcher process takes the problem and delegates it to individual data stores. The data stores solve their delegated problems and return the results to the dispatcher, which aggregates the results and presents them to the user as an optimal solution to the assortment problem.

Abstract: This invention adds new markings to an original check face prior to tender and processing of the check. These markings, when digitally scanned from the original, are readily interpreted and preserved. During the process of truncating the original with image replacement documents (IRDs) that are the legal equivalent, the new markings solve two major problems when the IRDs are formally introduced into the clearinghouse channel. First, the clipped image of the original check can be properly aligned within a designated region within the IRD based on the uniform markings. Second, data content aligned in reference to the uniform markings preserved in the IRD process can be properly recognized and read as if the software was scanning the original physical document.

Abstract: Presented is a system and method for determining a total cost of a foreign originating product in a customer's local currency. The system allows a customer to shop via electronic methods regardless of a merchant's location country and receive the total final cost of the product in the customer's local currency. Currency exchange, duties and tariffs, taxes and shipping are included in the given total cost of the product. The system also includes a duty estimation system for estimating duty charges prior to a product crossing an international border is disclosed. The product is categorized according to product categories set by each country.