Abstract: Systems and methods of the present invention provide for one or more server computers communicatively coupled to a network and configured to: identify a business name within an aggregation of business names; tokenize the business name; match a resulting token to an industry related keyword; generate a template with placeholders replacing a prefix or a suffix appended to the token from a recognized pattern; identify a request to generate a name candidate, select a personalized data associated with the requesting user and an associated industry; and generate a list of name candidates, with the personalized data inserted into the placeholder; then determines the availability and ranks each name candidate in the list.

Abstract: Systems and methods of the present invention provide for one or more server computers communicatively coupled to a network and configured to: identify a business name within an aggregation of business names; tokenize the business name; match a resulting token to an industry related keyword; generate a template with placeholders replacing a prefix or a suffix appended to the token from a recognized pattern; identify a request to generate a name candidate, select a personalized data associated with the requesting user and an associated industry; and generate a list of name candidates, with the personalized data inserted into the placeholder; then determines the availability and ranks each name candidate in the list.

Abstract: Systems and methods of the present invention provide for one or more server computers communicatively coupled to a network and configured to: identify a business name within an aggregation of business names; tokenize the business name; match a resulting token to an industry related keyword; generate a template with placeholders replacing a prefix or a suffix appended to the token from a recognized pattern; identify a request to generate a name candidate, select a personalized data associated with the requesting user and an associated industry; and generate a list of name candidates, with the personalized data inserted into the placeholder; then determines the availability and ranks each name candidate in the list.

Abstract: Systems and methods of the present invention provide for one or more server computers communicatively coupled to a network and configured to: identify a business name within an aggregation of business names; tokenize the business name; match a resulting token to an industry related keyword; generate a template with placeholders replacing a prefix or a suffix appended to the token from a recognized pattern; identify a request to generate a name candidate, select a personalized data associated with the requesting user and an associated industry; and generate a list of name candidates, with the personalized data inserted into the placeholder; then determines the availability and ranks each name candidate in the list.

Abstract: A method of enabling bi-directional communication in a point and print (PnP) architecture between a printer and a client includes initiating a PnP installation to receive a printer component at the client from a printer server. The printer component is received at the client from the printer server and a spooler process is enabled on the client to load the printer components on the client. A new thread, which executes in the context of the spooler process such that the new thread inherits the system access token from the spooler process, is used to copy the printer component to the system folder on the client. From the new thread, the printer component is registered and executed from the system folder in an elevated system context.

Abstract: A method of enabling bi-directional communication in a point and print (PnP) architecture between a printer and a client includes initiating a PnP installation to receive a printer component at the client from a printer server. The printer component is received at the client from the printer server and a spooler process is enabled on the client to load the printer components on the client. A new thread, which executes in the context of the spooler process such that the new thread inherits the system access token from the spooler process, is used to copy the printer component to the system folder on the client. From the new thread, the printer component is registered and executed from the system folder in an elevated system context.