Flowchart Compiler for CCISC Processor Architecture

The patent segments the complex CISC instruction execution into multiple micro-operations that can be processed in parallel through pipelining. Each complex instruction is broken down into smaller stages (fetch, decode, execute, memory access, write-back) that can be overlapped with other instructions, thereby maintaining high productivity while reducing overall execution time through concurrent processing.

The patent implements dynamic instruction scheduling and variable-length instruction encoding that adapts to the specific operation being performed. The processor dynamically adjusts pipeline stages and instruction formatting based on the operation complexity, allowing simple instructions to execute quickly while complex instructions receive the necessary processing stages, thus optimizing both productivity and execution time.

The patent merges the advantages of both RISC and CISC architectures by combining simplified instruction execution with selective complex instruction support. The hybrid architecture integrates RISC-like pipelining and register operations with CISC-like memory addressing modes and compound instructions, allowing the processor to execute simple instructions at RISC speeds while handling complex operations with enhanced productivity when needed.

The patent creates a universal processor architecture that can handle both simple and complex instructions efficiently. The instruction set is designed to be multi-functional, where a single instruction format can represent both simple operations (for speed) and complex operations with advanced addressing modes (for productivity), allowing the processor to adapt its behavior based on the specific instruction being executed.