Parallel Execution Logic Circuitry for Sequential Software Conversion

The patent implements dynamic reconfiguration of logic circuits through sequence operations code that can modify the operational state of configurable logic circuitry during execution. This allows the system to adapt its structure and functionality dynamically, transitioning between different operational modes and configurations to optimize performance for different computational tasks.

The patent segments the processing system into configurable logic circuitry elements that can be independently controlled and reconfigured. By dividing the logic circuit into multiple configurable units, the system can parallelize operations and reconfigure different segments for different functions, thereby improving both processing efficiency and operational flexibility.

The patent introduces sequence operations code as an intermediary layer between conventional sequential software and parallel processing hardware. This intermediary code translates and orchestrates operations to exploit parallel processing capabilities while maintaining a relatively simple software structure, bridging the gap between sequential programming paradigms and parallel execution requirements.

The patent replaces traditional mechanical sequential execution mechanisms with configurable logic circuitry that can execute operations in parallel. By substituting the sequential instruction execution model with a parallel configurable logic model controlled by sequence operations code, the system achieves higher productivity while managing complexity through systematic control mechanisms.

The patent performs preliminary configuration of logic circuits through sequence operations code that sets up the operational state before execution. By pre-configuring the configurable logic circuitry with the required structure and parameters, the system enables rapid reconfiguration for different tasks while maintaining ease of operation through automated configuration procedures.

The patent implements universal configurable logic circuitry that can perform multiple functions through reconfiguration. The same hardware infrastructure can be adapted to execute different types of operations and algorithms by changing the sequence operations code and configuration parameters, providing high reconfiguration capability without requiring separate dedicated hardware for each function.