Abstract: An accounting system for use with at least one gaming machine having one or more games stored thereon is provided. The accounting system includes a memory means operatively connected to the gaming machine, wherein the memory means comprises a set of active game meters for each active game on the gaming machine, and one set of removed game meters accumulating data corresponding to all games removed from the gaming machine. The accounting system also includes an accounting processor for accessing the game meters and using a theoretical win value to determine the overall gaming machine performance.

Abstract: A method for managing game accounting on at least one gaming machine comprising one or more active games is provided. The method comprises providing a memory means operatively connected to the gaming machine, wherein the memory means comprises a set of active game meters for each active game on the gaming machine, and one set of removed game meters accumulating data corresponding to all games removed from the gaming machine. Active game data is received and stored in applicable active game meters. For any removed game, the game state data is captured prior to the game's removal and is stored in the applicable accumulating removed game meters. The stored game data is accessed in the active and removed game meters and a theoretical win value is used to determine the overall gaming machine performance.

Abstract: An accounting system for use with at least one gaming machine having one or more games stored thereon is provided. The accounting system includes a memory means operatively connected to the gaming machine, wherein the memory means comprises a set of active game meters for each active game on the gaming machine, and one set of removed game meters accumulating data corresponding to all games removed from the gaming machine. The accounting system also includes an accounting processor for accessing the game meters and using a theoretical win value to determine the overall gaming machine performance.

Abstract: An electronic gaming machine (EGM) implements a multi-core processor. A first of the processor cores is adapted to perform or otherwise control a first set of operations. The first set of operations can include, for example, game manager operations and other operations of the EGM that are more time-sensitive. A second one of the processor cores is adapted to perform or otherwise control a second set of operations. The second set of operations can include, for example, operations related to multimedia presentation associated with the running/playing of a game and/or other operations of the EGM that are not time-sensitive or are otherwise less time-sensitive than the operations performed/controlled by the first processor core. Each of the processor cores may run an operating system that matches the needs of its respective processor core.

Abstract: A method for providing a multi-game gaming machine having mechanical reel strips is displayed. The use of the projection devices onto blank mechanical reel strips transforms the multi-game gaming machine to a mechanical reel video game. These projection devices project the multi-game symbol images over the exposed portions of the mechanical reel strips. The projection devices are to be positioned such that its image projection covers one, two, or three reels of the available viewable area. The multi-game symbol projected images are theme based and can be easily changed or updated. A mechanical-reel gaming machine may include light responsive polymer material layers on its reel strips having multiple symbol images visible in polarized light and methods for displaying such symbol images is disclosed. The multi-game gaming machine has access to visually changing reel strips, and as such a number of sets of symbols can be displayed based on a game selection and corresponding image polarizer orientation.

Abstract: A system for providing a multi-game gaming machine having mechanical reel strips is displayed. The use of the projection devices onto blank mechanical reel strips transforms the multi-game gaming machine to a mechanical reel video game. These projection devices project the multi-game symbol images over the exposed portions of the mechanical reel strips. The projection devices are to be positioned such that its image projection covers one, two, or three reels of the available viewable area. The multi-game symbol projected images are theme based and can be easily changed or updated. A mechanical-reel gaming machine may include light responsive polymer material layers on its reel strips having multiple symbol images visible in polarized light and methods for displaying such symbol images is disclosed. The multi-game gaming machine has access to visually changing reel strips, and as such a number of sets of symbols can be displayed based on a game selection and corresponding image polarizer orientation.

Abstract: Systems and methods for authenticating and validating a device are disclosed herein. In one method, a manifest file is created for a gaming component, wherein the manifest file includes contents of each file from the gaming component. A digital signature is generated for each file from the gaming component, wherein the digital signature is created by using the contents of each file. Each digital signature is saved with each file in the manifest file. A digital signature calculation is performed on a file accessed during a bootup process. The contents of the accessed file are validated by comparing the calculated digital signature to the saved digital signature, and an error message is presented on a video display when the contents of the accessed file is not validated.

Abstract: An integrated browser manager and networked gaming method for providing server based dynamic content onto a content display area of one or more gaming machines is disclosed.

Abstract: Various embodiments are directed to gaming systems, gaming devices, and methods for presenting tournament games. According to one embodiment, a gaming system for presenting tournament games includes a plurality of gaming devices in communication with a tournament server as well as a plurality of tournament displays positioned throughout a gaming establishment. Each gaming device is configured to enable concurrent play of a base game and an on-demand tournament game in which the on-demand tournament game is player initiated. The tournament server manages play of the on-demand tournament game, and the tournament server determines a location of active and eligible players for the on-demand tournament game. The plurality of tournament displays are positioned throughout a gaming establishment, and the tournament displays are also in communication with the tournament server.

Abstract: Various embodiments are directed to gaming systems, gaming devices, and methods for presenting tournament games. According to one method, a player tracking card is received at a gaming device. Tournament entry points are incremented as the base game is played. In one embodiment, tournament entry points are based on a predetermined percentage of a player's wager for base game play. The player is presented with one or more tournament games for play when the player has accumulated a sufficient number of tournament entry points. A tournament game selected by the player is initiated on a secondary display of the gaming device. In one embodiment, the secondary device has an embedded processor that is separate and distinct from a main processor of the gaming device. Once the tournament game is initiated, the player is presented with the option to have the tournament game automatically played.

Abstract: Various embodiments are directed to gaming systems, gaming devices, and methods for presenting tournament games. According to one embodiment, a gaming device provides a base game in a normal, non-tournament mode, and the player's eligibility to play a tournament game is also determined. An eligible player is prompted to select a desired tournament game from a list of available tournaments while base game is in the normal, non-tournament mode. In response to the player's selection of a tournament game, the gaming device is reconfigured from the normal mode to a tournament mode. The gaming device processes game play in the tournament mode and creates a final tournament score for the player. At the conclusion of the tournament game on the gaming device, the gaming device is reconfigured into the normal, non-tournament mode.

Abstract: A browser manager server is able to initialize and configure one or more browser windows on a gaming device display screen. The browser manager has the ability to configure specific URLs for each browser window, configure and Z-order depth for each window, set window size and position, and call functions on the browser pages. A browser client side application on a gaming device is capable of creating multiple windows on an electronic gaming device and responding to said server configuration or browser message commands.

Abstract: An integrated browser manager and networked gaming system that provides server based dynamic content onto a content display area of one or more gaming machines is disclosed. The system includes: a browser manager, one or more application servers connected to the browser manager by a server-to-server (S2S) server and S2S web service, and one or more gaming machines are connected to the browser manager by a game-to-server (G2S) server and G2S web service. The browser manager includes a user interface application and a core service, wherein the user interface application generates a user interface display on a user control station. Each gaming machine includes a network interface to receive external content from the application server via the browser manager, and a content display area for displaying the external content.

Abstract: There is disclosed a device, system, and method for a ROM BIOS based trusted encrypted operating system for use in a gaming environment. The gaming device includes a ROM storing a BIOS, a secure loader, an encrypted operating system, and a decryption key for decrypting the encrypted operating system. The decryption key is partitioned and scattered about the secure loader. The method includes initializing the BIOS, locating the decryption key, decrypting the encrypted operating system with the encryption key, verifying a plurality of check codes, and transferring control to the operating system. The check codes are verified responsive to decrypting the encrypted operating system. The check codes are dispersed about the operating system and are unrelated to the operating system. Control is transferred to the operating system responsive to verifying the check codes.

Abstract: A method for configuring an EGM from a remote terminal thereby providing improvements in operational efficiency when configuring EGMs. For example, operational efficiencies are possible by providing direct access to configure an EGM without the technician traveling to the physical machine, which may be miles away. For local EGM's, there will be efficiencies obtained by the number of EGM's configured per hour/per technician. For extremely remote EGM's, there are additional efficiencies by the reduction of travel and lodging expenses for the technician. Additionally, remote configuration of an EGM reduces security overhead.

Abstract: There is disclosed a device, system, and method for a ROM BIOS based trusted encrypted operating system for use in a gaming environment. The gaming device includes a ROM storing a BIOS, a secure loader, an encrypted operating system, and a decryption key for decrypting the encrypted operating system. The decryption key is partitioned and scattered about the secure loader. The method includes initializing the BIOS, locating the decryption key, decrypting the encrypted operating system with the encryption key, verifying a plurality of check codes, and transferring control to the operating system. The check codes are verified responsive to decrypting the encrypted operating system. The check codes are dispersed about the operating system and are unrelated to the operating system. Control is transferred to the operating system responsive to verifying the check codes.

Abstract: A browser manager server is able to initialize and configure one or more browser windows on a gaming device display screen. The browser manager has the ability to configure specific URLs for each browser window, configure and Z-order depth for each window, set window size and position, and call functions on the browser pages. A browser client side application on a gaming device is capable of creating multiple windows on an electronic gaming device and responding to said server configuration or browser message commands.

Abstract: Configurable celebration systems are disclosed. In one embodiment, the configurable celebration system comprises a first storage means defining one or more celebration activities and a second storage means defining more triggering events. A library of celebration bindings associates a particular triggering event with a particular celebration activity, such that upon the occurrence of a particular triggering event, the associated celebration activity is activated. A configuration component provides a casino operator interface for configuring at least one of the celebration activities, triggering events, binding parameters, or a combination thereof.