Search for dissertations about: "formal"
Showing result 16 - 20 of 1257 swedish dissertations containing the word formal.
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16. Formal Verification of Tree Ensembles in Safety-Critical Applications
Abstract : In the presence of data and computational resources, machine learning can be used to synthesize software automatically. For example, machines are now capable of learning complicated pattern recognition tasks and sophisticated decision policies, two key capabilities in autonomous cyber-physical systems. READ MORE
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17. Automated Approaches for Formal Verification of Embedded Systems Artifacts
Abstract : Modern embedded software is so large and complex that creating the necessary artifacts, including system requirements specifications and design-time models, as well as assuring their correctness have become difficult to manage. One challenge stems from the high number and intricacy of system requirements that combine functional and possibly timing or other types of constraints, which make them hard to analyze. READ MORE
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18. Towards Formal Verification in a Component-based Reuse Methodology
Abstract : Embedded systems are becoming increasingly common in our everyday lives. As techonology progresses, these systems become more and more complex. Designers handle this increasing complexity by reusing existing components (Intellectual Property blocks). READ MORE
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19. Analysing normative contracts : On the semantic gap between natural and formal languages
Abstract : Normative contracts are documents written in natural language, such as English or Swedish, which describe the permissions, obligations, and prohibitions of two or more parties over a set of actions, including descriptions of the penalties which must be payed when the main norms are violated. We encounter such texts frequently in our daily lives in the form of privacy policies, software licenses, and service agreements. READ MORE
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20. Pattern-based Specification and Formal Analysis of Embedded Systems Requirements and Behavioral Models
Abstract : Since the first lines of code were introduced in the automotive domain, vehicles have transitioned from being predominantly mechanical systems to software intensive systems. With the ever-increasing computational power and memory of vehicular embedded systems, a set of new, more powerful and more complex software functions are installed into vehicles to realize core functionalities. READ MORE