Abstract: The present invention relates to electronic gaming equipment and the connection thereof. More specifically, the present invention is a system to connect physical electronic and remote virtual gaming terminals via a central network platform, so that players at physical and remote locations can play the same games simultaneously in real time. The gaming terminals can be implemented in a physical casino, as well as via a virtual terminal at a remote location.

Abstract: A system and method for queuing players of casino games for rebates is provided. The rebate queuing system of the present invention caches game play data received from electronic game tables, electronic gaming machines, and online casinos in a game server and generates invoices, each of which associates with a gaming transaction of an identified player. The invoices are sent to a rebate queue management server to be processed and queued for rebate credits. Enqueuing credits are determined based on the information extracted from the invoices, and are divided into a plurality of values according to the decimal number system. Based on the divided values, a new queue number is added to each of the corresponding rebate queues. When a queue number becomes the current rebate number of a rebate queue, the player associated with the queue number receives a corresponding amount of rebate credits.

Abstract: The invention provides a system and method to compute and distribute rebates during various business transactions. The system comprises a transaction end, a transaction itemization end, a user end, a data processing end, a coefficient set up end, a rebate division end, a rebate settlement end, and a payout. Rebates can take the form of direct rebate, queued rebate, or reserved rebate. A novel computing method is provided to bring various type or scale of business transactions onto a centralized platform, and redistribute rebates in a timely window.

Abstract: A system and method for queuing players of casino games for rebates is provided. The rebate queuing system of the present invention caches game play data received from electronic game tables, electronic gaming machines, and online casinos in a game server and generates invoices, each of which associates with a gaming transaction of an identified player. The invoices are sent to a rebate queue management server to be processed and queued for rebate credits. Enqueuing credits are determined based on the information extracted from the invoices, and are divided into a plurality of values according to the decimal number system. Based on the divided values, a new queue number is added to each of the corresponding rebate queues. When a queue number becomes the current rebate number of a rebate queue, the player associated with the queue number receives a corresponding amount of rebate credits.

Abstract: A rebate queue management system comprises a seller end, a buyer end, a payment module end, a transaction extraction unit, a discount extraction unit, a rebate calculation unit, a sorting unit coupled to the rebate calculation unit, a queue unit coupled to the sorting unit, and a rebate unit coupled to the queue unit. Once the queue number in a currency subunit queue accumulates to n times of the cycle number of the queue, the system releases one rebate to the buyer of the transaction associated with the nth queue number, wherein n is a natural number. A method for managing rebate queues is also provided.