A robust and scalable architecture for airborne radar simulation

Abstract

This paper presents the evolution of a robust and scalable software architecture for airbome radar simulation. We make a comprehensive analysis of the problem domain for building the architecture. Both structural and run-time views are provided. Proposition of generic interfaces for inter-operation with external ' systems, environment, and internal radar blocks is a novelty that the system offers, and makes the architecture extensible. Robustness is built into the architecture by considering real-time issues by investigating aspects like critical threads of execution analysis and schedulability analysis. Architectural scalability and resilience are achieved by proper definition of subsystems. We have used UML (Unified Modeling Language) to capture the important artifacts.

Study on visualization simulation of complex electromagnetic environment for tactics application

“…Besides, there are many limitations of exercises, like high costs, long periods, environmental restrictions, discommodiousness in controlling signal complexity or parameters, and nonrecurring processes. As a result, computer simulation researches are made on setting up complex realistic dynamic electromagnetic environment for deliberating different-level tactics and training soldiers, as well as for evaluating and demonstrating campaign efficiency and tactical indexes of electromagnetic equipment [1][2][3].…”