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Field
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the interface between formal verification and automated planning. This is a unique opportunity to contribute to safer, more intelligent systems through a combination of theoretical work and practical
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interval 08.00 - 16.00 - submission of competition registration files 01.10.2025 - administrative verification and evaluation of files 02.10.2025 - display of administrative verification and file evaluation
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designed functions; · Analysing code parameters, weight distributions, and dual structures; · Applying computational algebra tools (Magma, SageMath, GAP) for verification and experimentation
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methods. This broad approach will offer several verification methods; the choice could be linked and justified by the value of an article. The activities here are motivated by the need to provide robust
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through simulation Utilize advanced CMOS technology nodes (28nm, 22nm, and below) Automate the design and layouts using Skill programming Develop behavioural models for circuit verification Contribute
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a strong background in discrete mathematics, algorithms, computational complexity, automata, logic, formal languages, verification, or related topics with undergraduate and/or master’s degrees in
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these can be accessed without synchronization (by the end of February); - Define a weakest-precondition in the logic for the verification of a core object-calculus with asynchronous tasks, and prove its
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machinery. These tasks include the verification of backlash detection and monitoring strategies formulated from the integration of multibody models and sensor data, as well as their subsequent development
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machinery. These tasks include the verification of backlash detection and monitoring strategies formulated from the integration of multibody models and sensor data, as well as their subsequent development
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limitations —driven to explore solutions that go beyond what verification alone can achieve. This PhD project focuses on developing analysis and program repair techniques that enhance software interoperability