The application of new technologies such as VHSIC, and new system concepts such as artificial intelligence, distributed operating systems, common hardware components, and reusable software modules/libraries has changed the manner in which avionics suites are designed, developed, and verified. The requirements for developing these systems are specified in U.S. military standards and can be segregated into requirements for the overall system, configuration items, interfaces, and the design process management. Northrop has developed a design process and methodology capable of meeting these system development requirements which involves time phased analyses, requirements analysis and decomposition, functional decomposition, and system synthesis and interface definition. This process, developed through past advanced avionic system design efforts, is now being automated through the development of a set of tools to manage all phases of advanced avionic system design, the Avionic System Engineering Tool (ASET). NATO Furnished. (rh)
Managing Advanced Avionic System Design
1987
8 pages
Report
No indication
English
Avionics , Systems engineering , Artificial intelligence , Computer programs , Configurations , Decomposition , Integrated circuits , Libraries , Military requirements , Modular construction , Phase , Requirements , Reusable equipment , Standards , Synthesis , Time series analysis , Tools , Component Reports
Managing Advanced Avionic System Design
NTIS | 1987
|British Library Conference Proceedings | 1995
|Generic advanced avionic architecture concepts
Tema Archive | 1990
|