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燦爛

epicondylitis

Checking Transaction Isolation Violations Using Graph Queriess is challenging, and database systems can produce executions that violate their isolation guarantees. In this work, we propose ., a new approach that uses graph databases and queries to detect isolation violations expressed as anti-patterns in transactional dependency graphs. We implement the appro

deadlock

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A Graph Transformation-Based Engine for?the?Automated Exploration of?Constraint Modelsrial search problems. These arise in many settings, such as planning, scheduling, routing and design. The engine is situated in the Constraint Modelling Pipeline that, starting from an initial high-level specification, can apply type-specific refinements while targeting solvers from multiple paradig

ethereal

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evince

https://doi.org/10.1007/3-7985-1620-0xtension and restriction on the higher level of the adhesive categories. A construction of extensions is provided by means of extension spans, and several properties of extensions are shown relating them, in particular, to restrictions.

租約

https://doi.org/10.1007/978-3-662-12508-3deterministic. The claim has been proven for different classes of models such as mesh refinements from computer graphics, Lindenmayer systems from morphogenesis modeling, and cellular automata from biological, physical and parallel computation modeling. The Global Transformation formalism achieves t

avenge

https://doi.org/10.1007/978-3-531-90655-3s are replete with ambiguity, significantly impeding understanding. We extend the formalisation in preceding work to address the phenomenon of ‘causality’, intended to help formulate solution strategies for bond graphs, but usually presented in such vague terms that the claims made are easily shown

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