Automated Integrated Circuit Generation for Non-Expert SoC Design

The patent introduces an automated design generation system that acts as an intermediary between the user's high-level specifications and the complex EDA toolchain. This intermediary automatically translates user requirements into detailed circuit designs, handling the complexity internally while presenting a simple interface to users. The system mediates between the simplicity desired by users and the complexity of the design process by automating the transformation of specifications into verified circuit implementations.

The system performs self-service by automatically generating, verifying, and optimizing circuit designs without requiring manual intervention from specialized engineers. The automated generation process independently handles specification analysis, circuit synthesis, verification, and optimization, enabling non-experts to create complex designs without needing to understand the underlying complexity. This self-service capability dramatically improves productivity while managing system complexity through automation.

The patent merges multiple specialized functions (design, verification, optimization, and synthesis) into a single automated generation system. Instead of having separate teams perform these functions sequentially, the system integrates them into a unified automated process that handles all aspects of circuit design simultaneously. This merging maintains design accuracy through comprehensive verification while dramatically reducing the time required by eliminating coordination overhead and enabling parallel processing of design tasks.

The system performs preliminary verification and validation actions during the automated generation process itself, rather than requiring separate post-design verification steps. By built-in verification checks and validation routines into the generation process, the system ensures manufacturing precision is maintained while reducing total design time. The preliminary action principle is applied by proactively checking design correctness during synthesis rather than requiring separate verification phases.

The automated generation system incorporates feedback mechanisms that continuously monitor and validate design quality throughout the generation process. The system provides feedback loops that check design correctness, verify specifications are met, and ensure manufacturing precision requirements are satisfied. This feedback enables the system to maintain high design quality while operating with simple user input, as the automated system self-corrects and validates its own output.

The system manages the trade-off between ease of operation and manufacturing precision by dynamically adjusting internal parameters and verification thresholds during the generation process. It automatically modifies design parameters, optimization settings, and verification strictness based on the specific design context, maintaining high precision output while keeping the user interface simple. The system handles parameter complexity internally while presenting a straightforward interface to users.