Abstract: Systems and methods for creating a plurality of seeds for a multiplayer tournament of an electronic game are disclosed. The system includes a server including a seed generator module, a seed sorter module, and a seed selection module. The seed generator module randomly generates the plurality of seeds. Each of the plurality of corresponds to a unique shuffle of cards of a game of the multiplayer tournament. The seed sorter module rates each of the plurality of seeds, and then sorts the plurality of rated seeds in accordance with one or more business goals. A seed selection module is configured to receive a player identifier and a tournament play count associated with a first player of the multiplayer tournament. The seed selection module is further configured to identify a rated seed for the first player in accordance with the player identifier and the tournament play count.

Abstract: Systems and methods for creating a plurality of seeds for a multiplayer tournament of an electronic game are disclosed. The system includes a server including a seed generator module, a seed sorter module, and a seed selection module. The seed generator module randomly generates the plurality of seeds. Each of the plurality of corresponds to a unique shuffle of cards of a game of the multiplayer tournament. The seed sorter module rates each of the plurality of seeds, and then sorts the plurality of rated seeds in accordance with one or more business goals. A seed selection module is configured to receive a player identifier and a tournament play count associated with a first player of the multiplayer tournament. The seed selection module is further configured to identify a rated seed for the first player in accordance with the player identifier and the tournament play count.

Abstract: A computer software product is used to create applications for enabling a dialogue between a human and a computer. The software product provides a programming tool that insulates software developers from time-consuming, technically-challenging programming tasks by enabling the developer to specify generalized instructions to a Dialogue Flow Interpreter, which invokes functions to implement a speech application, automatically populating a library with dialogue objects that are available to other applications. The speech applications created through the DFI may be implemented as COM (component object model) objects, and so the applications can be easily integrated into a variety of different platforms. In addition, “translator” object classes are provided to handle specific types of data, such as currency, numeric data, dates, times, string variables, etc. These translator object classes have utility either as part of the DFI library or as a sub-library separate from dialogue implementation.

Abstract: A computer software product is used to create applications for enabling a dialogue between a human and a computer. The software product provides a programming tool that insulates software developers from time-consuming, technically-challenging programming tasks by enabling the developer to specify generalized instructions to a Dialogue Flow Interpreter, which invokes functions to implement a speech application, automatically populating a library with dialogue objects that are available to other applications. The speech applications created through the DFI may be implemented as COM (component object model) objects, and so the applications can be easily integrated into a variety of different platforms. In addition, “translator” object classes are provided to handle specific types of data, such as currency, numeric data, dates, times, string variables, etc. These translator object classes have utility either as part of the DFI library or as a sub-library separate from dialogue implementation.

Abstract: A computer software product is used to create applications for enabling a dialogue between a human and a computer. The software product provides a programming tool that insulates software developers from time-consuming, technically-challenging programming tasks by enabling the developer to specify generalized instructions to a Dialogue Flow Interpreter, which invokes functions to implement a speech application, automatically populating a library with dialogue objects that are available to other applications. The speech applications created through the DFI may be implemented as COM (component object model) objects, and so the applications can be easily integrated into a variety of different platforms. In addition, “translator” object classes are provided to handle specific types of data, such as currency, numeric data, dates, times, string variables, etc. These translator object classes have utility either as part of the DFI library or as a sub-library separate from dialogue implementation.