The paper discusses complexity of component-based development (CBD) of embedded systems. Although CBD has its merits, it must be augmented with methods to control the complexities that arise due to resource constraints, timeliness, and run-time deployment of components in embedded system development. Software component specification, system-level testing, and run-time reliability measurement are some ways to control the complexity
Managing complexity is an increasing challenge in the development of embedded systems (ES). Some of ...
During the last years the use of component-based software development (CBSE) gets more and more com-...
Limitations on networked embedded systems imposed by mobility and adaptation scenarios amid scarce e...
Although attractive, CBD has not been widely adopted in domains of embedded systems. The main reason...
Component-based development (CBD) supports hierarchical decomposition of manufacturing control archi...
Embedded systems have become ubiquitous - from avionics and automotive over consumer electronics to ...
Abstract: The development process of distributed real-time embedded systems (DRES) suffers significa...
Embedded systems are microprocessor-based systems that cover a large range of computer systems from ...
Abstract. Widespread use of embedded systems mandates the use of industrial production methods featu...
Complexity arises from many sources – both within and outwith the system. Internal sources include m...
To survive under competitive pressure, embedded system companies build systems that can deal with ch...
(CBSD) approach is becoming the trend for software development which is based on developing the soft...
Abstract-- It is thought that the component-based software engineering can not be used in the embedd...
Component-Based Development (CBD) is a popular approach to mitigating the costs of creating software...
Model-driven and component-based software development, using the UML, has become one of the dominant...
Managing complexity is an increasing challenge in the development of embedded systems (ES). Some of ...
During the last years the use of component-based software development (CBSE) gets more and more com-...
Limitations on networked embedded systems imposed by mobility and adaptation scenarios amid scarce e...
Although attractive, CBD has not been widely adopted in domains of embedded systems. The main reason...
Component-based development (CBD) supports hierarchical decomposition of manufacturing control archi...
Embedded systems have become ubiquitous - from avionics and automotive over consumer electronics to ...
Abstract: The development process of distributed real-time embedded systems (DRES) suffers significa...
Embedded systems are microprocessor-based systems that cover a large range of computer systems from ...
Abstract. Widespread use of embedded systems mandates the use of industrial production methods featu...
Complexity arises from many sources – both within and outwith the system. Internal sources include m...
To survive under competitive pressure, embedded system companies build systems that can deal with ch...
(CBSD) approach is becoming the trend for software development which is based on developing the soft...
Abstract-- It is thought that the component-based software engineering can not be used in the embedd...
Component-Based Development (CBD) is a popular approach to mitigating the costs of creating software...
Model-driven and component-based software development, using the UML, has become one of the dominant...
Managing complexity is an increasing challenge in the development of embedded systems (ES). Some of ...
During the last years the use of component-based software development (CBSE) gets more and more com-...
Limitations on networked embedded systems imposed by mobility and adaptation scenarios amid scarce e...
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