Microwave Network Architecture Selection Within Design Volume Constraints

The design process is segmented into distinct functional modules: an intelligent reasoning module that handles rule-based constraints, a model-based system engineering module that performs optimization calculations, and a learning module that captures design knowledge. This segmentation allows each module to specialize in specific aspects of the design problem, improving overall design quality while managing complexity through modular architecture.

A computer system acts as an intermediary between the designer and the complex design space. This intermediary automatically processes multiple design parameters, component attributes, and constraints to generate optimized network architectures, shielding the designer from the complexity of manual optimization while delivering high-quality results.

Design rules and constraints are established beforehand and integrated into the intelligent reasoning module. The system proactively checks compliance during the design generation process rather than requiring manual verification afterward. This preliminary enforcement of rules ensures reliability while automating the compliance checking reduces the manual effort required.

The model-based system engineering module provides continuous feedback on design compliance with constraints and rules. When designs violate constraints, the system automatically adjusts and regenerates alternatives, guiding the design process toward compliant solutions without requiring manual intervention, thus maintaining reliability while easing implementation.