Aerospace systems are characterized by architectural complexity, dynamic interaction between subsystems, and complex functionality, understood only by teams from different disciplines. 20 years ago the major challenge was the multidisciplinary design of avionics. Over the past 20 years, design methods and tools have been developed to cope with these challenges. Today the complexity of networked electronics in aircraft and the interaction of hardware and software impose similar complexity and design challenges. According to Moore’s Law, closely followed by industry, the complexity of electronics increases by a factor 100 every 10 years, requiring to increas
The Aerospace Industry is at the forefront of technological innovation, both at product level and ma...
This report describes research to define complexity measures for avionics systems to help the FAA id...
This research combines the disciplines of system-of-systems (SoS) modeling, platform-based design, o...
Complex systems are characterized by architectural complexity, dynamic interaction between subsystem...
Complex systems are characterized by architectural complexity, dynamic interaction be-tween subsyste...
Growing complexity of modern aerospace systems has exposed the limits of conventional systems engine...
A new generation of aerospace systems has introduced more-electric technologies and highly coupled a...
Avionics refers to Electronic systems used in Aviation, and the word itself is a blend of Aviation a...
AbstractThis work is motivated by a prior case study of user driven changes to combat aircraft that ...
Aviation electronics (avionics) are sophisticated and distributed systems aboard an airplane. The co...
These lecture notes, prepared for the 1997 VKI Lecture Course on Inverse Design, identify some of th...
An airplane design is undoubtedly an extremely complex technical problem. The complexity of the prob...
The complexity of many large-scale systems is outpacing our ability to effectively design, analyze, ...
peer-reviewedContemporary aerospace systems are complex conglomerates of components where control s...
During the last decades, embedded systems have become increasingly important in highly safety-critic...
The Aerospace Industry is at the forefront of technological innovation, both at product level and ma...
This report describes research to define complexity measures for avionics systems to help the FAA id...
This research combines the disciplines of system-of-systems (SoS) modeling, platform-based design, o...
Complex systems are characterized by architectural complexity, dynamic interaction between subsystem...
Complex systems are characterized by architectural complexity, dynamic interaction be-tween subsyste...
Growing complexity of modern aerospace systems has exposed the limits of conventional systems engine...
A new generation of aerospace systems has introduced more-electric technologies and highly coupled a...
Avionics refers to Electronic systems used in Aviation, and the word itself is a blend of Aviation a...
AbstractThis work is motivated by a prior case study of user driven changes to combat aircraft that ...
Aviation electronics (avionics) are sophisticated and distributed systems aboard an airplane. The co...
These lecture notes, prepared for the 1997 VKI Lecture Course on Inverse Design, identify some of th...
An airplane design is undoubtedly an extremely complex technical problem. The complexity of the prob...
The complexity of many large-scale systems is outpacing our ability to effectively design, analyze, ...
peer-reviewedContemporary aerospace systems are complex conglomerates of components where control s...
During the last decades, embedded systems have become increasingly important in highly safety-critic...
The Aerospace Industry is at the forefront of technological innovation, both at product level and ma...
This report describes research to define complexity measures for avionics systems to help the FAA id...
This research combines the disciplines of system-of-systems (SoS) modeling, platform-based design, o...