Distributed Gaming Machine Network for Outcome Distribution

The system divides the central processor function into multiple distributed processors, each capable of independently generating and distributing game outcomes. This segmentation eliminates the bottleneck of a single central processor and enables parallel data generation and distribution across multiple terminals simultaneously, thereby increasing overall system speed and bandwidth capacity.

The patent transitions from a single-dimensional centralized architecture to a multi-dimensional distributed architecture where processors are spread across multiple locations and can operate independently. This dimensional change allows the system to handle exponential growth in data transfer requirements by adding more distributed processing nodes rather than increasing the capacity of a single central processor.

Each distributed processor is designed to perform multiple functions: generating game outcomes, distributing them to terminals, and managing local data storage. This multi-functionality eliminates the need for specialized processor roles in a hierarchy, as every processor can independently handle all critical operations, thereby reducing system complexity while maintaining high speed and bandwidth capacity.

Each distributed processor operates autonomously, making its own decisions about outcome generation and distribution without requiring coordination with other processors. This self-service capability eliminates the need for complex inter-processor communication protocols and hierarchical control mechanisms, simplifying the system architecture while preserving high data transfer speeds.

The system segments the centralized monitoring function into distributed monitoring capabilities at each processor and terminal. Each distributed processor can independently track and report game play usage data, enabling effective monitoring across the entire system without requiring a centralized collection point. This segmentation provides both the flexibility needed for different casino environments and comprehensive monitoring coverage.

The patent adds a new dimension to monitoring by enabling multi-directional data flow between processors and terminals, rather than unidirectional reporting to a central authority. This dimensional change allows any processor to monitor and exchange information with any terminal, providing greater adaptability to different casino layouts and more robust game play usage tracking through multiple independent monitoring paths.