Abstract: Systems, methods and apparatus are provided. An apparatus includes a user interface, a processing circuit, a ticket printer that prints tickets that display wager data, and a memory coupled to the processing circuit. The memory includes machine readable instructions that, when executed by the processing circuit, cause the processing circuit to receive, from a player via the user interface, wager inputs corresponding to multiple wagers that correspond to predicted outcomes of multiple events that include a first event and a second event and to cause the printer to print first wager data corresponding to the first event on a first ticket and to print second wager data corresponding to the second event on a second ticket. Each of the first and second tickets include wager data corresponding to multiple ones of the wagers.

Abstract: Systems, methods and apparatus are provided. An apparatus includes a user interface, a processing circuit, a ticket printer that prints tickets that display wager data, and a memory coupled to the processing circuit. The memory includes machine readable instructions that, when executed by the processing circuit, cause the processing circuit to receive, from a player via the user interface, wager inputs corresponding to multiple wagers that correspond to predicted outcomes of multiple events that include a first event and a second event and to cause the printer to print first wager data corresponding to the first event on a first ticket and to print second wager data corresponding to the second event on a second ticket. Each of the first and second tickets include wager data corresponding to multiple ones of the wagers.

Abstract: In one embodiment, a method includes centrally maintaining a parameter bank comprising a plurality of parameters and a question bank comprising a plurality of questions. The method further includes creating an application-migration assessment. The creating includes receiving a selection of parameters from the parameter bank. The creating also includes providing a list of questions attached to at least one parameter in the selection of parameters. The creating further includes receiving a selection of questions from the list of questions. In addition, the method includes facilitating a taking of the application-migration assessment. Furthermore, the method includes scoring the one or more outcome options based on assessment answers from the taking. Additionally, the method includes generating a recommendation for each of the one or more outcome options based on the scoring.

Abstract: A process is disclosed for forming a ledge-free aluminum-copper silicon conductor structure that is free of the silicon bridging problem which has produced electrical shorting conditions in the prior art. The process comprises the steps of depositing the aluminum-copper metallurgy, depositing a photoresist layer to delineate the shape of the resulting conductors, etching the aluminum copper metallurgy with phosphoric/nitric acid, for example, removing the photoresist, evaporating a layer of silicon on the surface of the etched conductor layer, sintering the composite to drive the necessary amount of silicon into the aluminum-copper, and removing the residual silicon layer by a reactive plasma etching technique. The resulting conductor structure is free of silicon bridging.