SerIoT global acquisition architecture Sample Clauses

SerIoT global acquisition architecture. The main goal of work in the project is designing and implementing the SerIoT system and its components. Specifically, the data generated within WP1 and WP2 will have impact on architectural formal modelling, analysis, and synthesis, verification of the SDN-Controller and Secure Router Design as well as automated penetration testing. Two types of data will be generated in WP2. The first type will be models, in a selected model checker language. The second type of data generated in this WP will be the security, safety and quantitative properties of the IoT communication architecture. Such security properties are in accordance with rules of confidentiality, integrity, availability, authentication, authorization and non-repudiation. Quantitative properties could be for example, "what is the probability of a failure causing the system to shut down within 4 hours?", "what is the probability of the protocol terminating in error state, over all possible initial configurations?". Furthermore, for task T2.3, formal verification will work at the property level (a group of output points make up a property). A common misconception, which should be avoided, is that formal verification ensures a 100% bug-free design. Simulation evaluations are not as effective in detecting all the potential issues within today’s complex chips, despite the big progress that has been achieved in stimulus generation. Besides, extracted netlists of modern designs are in most cases too large for (re-)simulation, which creates a gap in the verification flow. On the other hand, given a property, formal verification exhaustively searches all possible input and state conditions for failures. Therefore, if the set of properties formally verified, collectively constitutes the specifications, it can be assumed that a design meets its specifications. Formal verification can be classified further into two categories, equivalence checking which determines whether two implementations are functionally equivalent and property checking that takes in a design and a property which is a partial specification of the design and proves or disproves that the design has the property. According to results of WP1 and WP2, the SDN network, which is the core of SerIoT network system, will be implemented. WP3 partners will develop and implement software algorithms and methods described in WP1 and WP2, as well as algorithms and methods developed within work of WP4 partners. The outcome of the work will be the source co...
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