Search for dissertations about: "component-based design"
Showing result 11 - 15 of 48 swedish dissertations containing the words component-based design.
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11. Component-based software design of embedded real-time systems
Abstract : Embedded systems have become commonplace in today's society and their complexity and number of functions are steadily increasing. This can be attributed to the unceasing advances in the microprocessor technology and the continuous delivery of more powerful and power-efficient microprocessors, which, in turn, allows more elaborate software implementations. READ MORE
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12. Data Management in Component-Based Embedded Real-Time Systems
Abstract : This thesis presents new data management techniques for run-time data in component-based embedded real-time systems. These techniques enable data to be modeled, analyzed and structured to improve data management during system development, maintenance, and execution. READ MORE
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13. Design and Analysis Support for Abstract Models of Component-based Embedded Systems
Abstract : Developing industrial real-time software systems is challenging due to de- mands on system safety and reliability, through stringent system requirements in terms of functionality, timing, resource consumption etc. Due to this, the system development needs to ensure predictability before the actual imple- mentation, through reliable engineering methods. READ MORE
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14. Information Centric Development of Component-Based Embedded Real-Time Systems
Abstract : This thesis presents new techniques for data management of run-time data objectsin component-based embedded real-time systems. These techniques enabledata to be modeled, analyzed and structured to achieve data managementduring development, maintenance and execution. READ MORE
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15. Managing Extra-Functional Properties in Component-Based Development of Embedded Systems
Abstract : The continuously increasing complexity of embedded systems is a major issue for their development, which, in addition, must also consider specific extra-functional requirements and constraints, such as limited and shared resources, distribution, timing, and dependability. Thus, embedded systems call for development solutions that can efficiently and predictably cope with these issues. READ MORE