Abstract: Dynamic tournament gaming method and system, including the provision of a plurality of gaming terminals selectively interlinkable together with a host terminal so that current players of the terminals desiring to participate in group tournament play can be notified of the opportunity and provided with the choice to play or not. If a current player chooses to play, he so signifies, enters his entry fee into the terminal, and awaits start of the event. Upon start of the tournament by the host terminal, the player will play the tournament game over and over as fast as possible to accumulate as many points as possible during a particular pre-announced tournament period. The host terminal will continuously monitor the terminals of all play participants, dynamically record play status, and control termination of the game period. It will also conduct an accounting of the results, issue win results notification, and perhaps provide remote pay-out of game winnings.

Abstract: Dynamic tournament gaming method and system, including the provision of a plurality of gaming terminals selectively interlinkable together with a host terminal so that current players of the terminals desiring to participate in group tournament play can be notified of the opportunity and provided with the choice to play or not. If a current player chooses to play, he so signifies, enters his entry fee into the terminal, and awaits start of the event. Upon start of the tournament by the host terminal, the player will play the tournament game over and over as fast as possible to accumulate as many points as possible during a particular pre-announced tournament period. The host terminal will continuously monitor the terminals of all play participants, dynamically record play status, and control termination of the game period. It will also conduct an accounting of the results, issue win results notification, and perhaps provide remote pay-out of game winnings.

Abstract: A process of dealing and drawing cards is provided wherein a player hand including N cards is dealt to the player from a computer card deck. An opponent hand including N cards is dealt to the opponent from the deck. The player and the opponent are provided with opportunity to draw cards. A gaming system determines which cards of the initial opponent hand to hold and which to discard using a play strategy-lookup table in accordance with the present invention. The strategy look-up table is addressed using an address set including all possible hands that could be dealt in an N card poker game. Each address of the address set stores a corresponding optimal hold scenario which provides information indicating which of the particular N cards of a hand to hold and which to discard in order have the greatest probability of winning. Cards are discarded from the initial opponent hand according to the look up table.

Abstract: An operating system having a multitude of subsystems is provided where each subsystem performs a distinct function and may register with other subsystems to receive notification (or callbacks) upon the ocurrence of certain events. Moreover, the subsystems are programmed in such a manner where in the event of a fault (or exception) they can be instructed to cease the calling of other subsystems, thereby allowing each of the subsystems to complete its distinctive task without commencing further additional activities. When all of the activities have ceased, the state of the system as indicated by the parameters at the various registers and addresses are saved. At this time, the system can initiate a service call for an attendant through one of the provided mechanisms or routine calls.

Abstract: The present invention relates to a signaling system which provides as part of the signal an indication as to the approximate elapsed time since the activation of the signal. Furthermore, the type of service required can be indicated by a particular flashing scheme or color code. The system has both software and hardware components and can be easily integrated into individual game machines. In the preferred embodiment, the hardware component includes a software controllable switching means for controlling a plurality of lights. In order to identify the type of service needed, lights may be color-coded or different flashing patterns may be used. In the software component, a preferred algorithm which defines and varies the flash rate over time is implemented. The flash rate is defined as being in the on-state for a first specified duration and in the off-state for a second specified duration.