Titlebook: Rewriting Logic and Its Applications; 13th International W Santiago Escobar,Narciso Martí-Oliet Conference proceedings 2020 Springer Nature

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farewell

corporate

Analysis of the Runtime Resource Provisioning of BPMN Processes Using Maude,ard to compare. This paper proposes an automatic analysis technique to evaluate and compare the execution time and resource occupancy of a business process relative to a workload and a provisioning strategy. Such analysis is performed on models conforming to an extension of BPMN with quantitative in

無節(jié)奏

A Rule-Based System for Computation and Deduction in Mathematica,nditional rewrite rules to express both computation and deduction, and of (2) patterns with sequence variables, context variables, ordinary variables, and function variables, which enable natural and concise specifications beyond the expressive power of first-order logic. Rules can be labeled with v

有抱負(fù)者

Variants in the Infinitary Unification Wonderland,set of axioms having a finitary unification algorithm, and the equations ., oriented as rewrite rules ., are convergent modulo .. The extension to the case when . has an infinitary unification algorithm, for example because of non-commutative symbols having associative axioms, seems undeveloped. Thi

緊張過度

Foreknowledge

Inductive Reasoning with Equality Predicates, Contextual Rewriting and Variant-Based Simplificationrence rules, where only 6 of them require user interaction, while the remaining 11 can be automated as . and can be combined together as a limited, yet practical, automated inductive theorem prover. The 11 simplification rules are based on powerful equational reasoning techniques, including: equatio

Pamphlet

Glossy

Strategies, Model Checking and Branching-Time Properties in Maude,tricting the rewriting systems behavior. This new specification layer would not be useful if there were no tools to execute, analyze and verify its creatures. For that reason, we extended the Maude LTL model checker to systems controlled by strategies, after studying their model-checking problem. No

abracadabra

Verification of the IBOS Browser Security Properties in Reachability Logic, the . (SOP) in reachability logic. It shows how these properties can be deductively verified using our constructor-based reachability logic theorem prover. This paper also highlights the reasoning techniques used in the proof and three modularity principles that have been crucial to scale up and co