Add to ORKGDuring research on solving multidisciplinary problems in flight control design [1], functional level design tools like Ctrl-C®, MatriX ® and later Matlab ® were developed. These generic tools permitted to easily combine models from different engineering disciplines and e.g. permitted t
Flight control system design typically involves hardware and software development, requiring the def...
Dealing properly with electronics and software will be a strong competitive advantage in the automot...
Increasing functional and non-functional requirements in automotive electric /electronic vehicle dev...
Developments in Automotive Engineering describes the applications of modern electronics, communicati...
Automotive systems are becoming increasingly difficult and expensive to design successfully as the m...
In conjunction with Ford Motor Company, we built a tool to support multilevel architectural design. ...
Abstract—This paper presents our multi-year experience in the devel-opment of a Functional Modeling ...
Abstract—Control applications have become an integral part of modern networked embedded systems. How...
Cost pressure, flexibility, extensibility and the need for coping with increased functional complexi...
"Within the last few decades the microprocessor has developed at a rapid pace creating\ud in its wak...
Currently, computer-based control systems are still being implemented using the same techniques as 1...
A number of techniques and software tools for embedded system design have been recently proposed. Ho...
Embedded systems are becoming more common as engineers throughout many industries are placing more a...
Complex systems are characterized by architectural complexity, dynamic interaction between subsystem...
Nowadays, model-based development is a common method to deal with the complexity and wide rages of f...
Flight control system design typically involves hardware and software development, requiring the def...
Dealing properly with electronics and software will be a strong competitive advantage in the automot...
Increasing functional and non-functional requirements in automotive electric /electronic vehicle dev...
Developments in Automotive Engineering describes the applications of modern electronics, communicati...
Automotive systems are becoming increasingly difficult and expensive to design successfully as the m...
In conjunction with Ford Motor Company, we built a tool to support multilevel architectural design. ...
Abstract—This paper presents our multi-year experience in the devel-opment of a Functional Modeling ...
Abstract—Control applications have become an integral part of modern networked embedded systems. How...
Cost pressure, flexibility, extensibility and the need for coping with increased functional complexi...
"Within the last few decades the microprocessor has developed at a rapid pace creating\ud in its wak...
Currently, computer-based control systems are still being implemented using the same techniques as 1...
A number of techniques and software tools for embedded system design have been recently proposed. Ho...
Embedded systems are becoming more common as engineers throughout many industries are placing more a...
Complex systems are characterized by architectural complexity, dynamic interaction between subsystem...
Nowadays, model-based development is a common method to deal with the complexity and wide rages of f...
Flight control system design typically involves hardware and software development, requiring the def...
Dealing properly with electronics and software will be a strong competitive advantage in the automot...
Increasing functional and non-functional requirements in automotive electric /electronic vehicle dev...