Abstract: Gaming systems, methods, and machines provided herein may include dynamic displays in which one or more first display panels are arranged around an opening to provide a display frame, and a plurality of second display panels, each part of a different movable display unit, are arranged within the opening. A plurality of linear drive mechanisms may be configured to cause the movable display units to translate inward and outward relative to the display frame.

Abstract: Gaming systems, methods, and machines provided herein may include dynamic displays in which one or more first display panels are arranged around an opening to provide a display frame, and a plurality of second display panels, each part of a different movable display unit, are arranged within the opening. A plurality of linear drive mechanisms may be configured to cause the movable display units to translate inward and outward relative to the display frame.

Abstract: Gaming systems, methods, and machines provided herein may include dynamic displays in which one or more first display panels are arranged around an opening to provide a display frame, and a plurality of second display panels, each part of a different movable display unit, are arranged within the opening. A plurality of linear drive mechanisms may be configured to cause the movable display units to translate inward and outward relative to the display frame.

Abstract: Gaming systems, methods, and machines provided herein may include dynamic displays in which one or more first display panels are arranged around an opening to provide a display frame, and a plurality of second display panels, each part of a different movable display unit, are arranged within the opening. A plurality of linear drive mechanisms may be configured to cause the movable display units to translate inward and outward relative to the display frame.

Abstract: Gaming systems, methods, and machines provided herein may include dynamic displays in which one or more first display panels are arranged around an opening to provide a display frame, and a plurality of second display panels, each part of a different movable display unit, are arranged within the opening. A plurality of linear drive mechanisms may be configured to cause the movable display units to translate inward and outward relative to the display frame.

Abstract: Gaming systems, methods, and machines provided herein may include dynamic displays in which one or more first display panels are arranged around an opening to provide a display frame, and a plurality of second display panels, each part of a different movable display unit, are arranged within the opening. A plurality of linear drive mechanisms may be configured to cause the movable display units to translate inward and outward relative to the display frame.

Abstract: A wager gaming machine includes a graphics processing unit (“GPU”) configured to perform graphics processing tasks to control a display system. The machine also includes a central processing unit (“CPU”) comprising at least one central processor and configured to control the wager gaming machine to provide at least one wagering game, make a delegation determination regarding when to delegate a non-graphics processing task to the GPU, and send delegation instructions to the GPU after making the delegation determination, wherein the GPU is further configured to receive delegation instructions from the CPU and to perform the non-graphics processing task according to the delegation instructions. The non-graphics task may be, for example, a communication task, a security task, or a compute-intensive task.

Abstract: A gaming machine includes a processor adapted to execute a program of a game; a biometric reader configured to capture first biometric data from the player, and a trusted cache. The trusted cache includes a nonvolatile memory that is configured to store the first biometric data; a context data save engine configured to save the context of the program to the nonvolatile memory and to associate the stored first biometric data with the saved context of the program upon the processor receiving a request from the player to suspend game play, and a context data recovery engine configured to recover the saved context from the nonvolatile memory and to cause continued execution of the program from the recovered saved context upon the biometric reader capturing second biometric data from the player that matches the stored first biometric data and receiving a request from the player to resume game play.

Abstract: A gaming machine includes a processor adapted to execute a program of a game; a biometric reader configured to capture first biometric data from the player, and a trusted cache. The trusted cache includes a nonvolatile memory that is configured to store the first biometric data; a context data save engine configured to save the context of the program to the nonvolatile memory and to associate the stored first biometric data with the saved context of the program upon the processor receiving a request from the player to suspend game play, and a context data recovery engine configured to recover the saved context from the nonvolatile memory and to cause continued execution of the program from the recovered saved context upon the biometric reader capturing second biometric data from the player that matches the stored first biometric data and receiving a request from the player to resume game play.