Titlebook: Software Engineering and Formal Methods; 18th International C Frank de Boer,Antonio Cerone Conference proceedings 2020 Springer Nature Swit

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0302-9743 eld in Amsterdam, The Netherlands, in September 2020..The 16 full papers presented together with 1 keynote talk and an abstract of a keynote talk were carefully reviewed and selected from 58 submissions. The papers cover a large variety of topics, including testing, formal verification, program anal

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Isometric

Statically Checking REST API Consumers,a in REST calls and misuse of the results from such calls. SRS features a syntax similar to JavaScript and is equipped with a rich collection of types and primitives to natively support REST calls that are statically validated against specifications of the corresponding APIs written in the HeadREST language.

Discrete

Formal Verification of Human-Robot Interaction in Healthcare Scenarios,tation format for the scenario, from which the full formal model is automatically generated and verified through the Uppaal tool. The outcome is an estimation of the probability of success of the mission, based on which the user can refine the model if the result is not satisfactory.

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Multi-purpose Syntax Definition with SDF3,ion rules, character-level grammars, permissive syntax, layout constraints, formatting templates, placeholder syntax, and modular composition. These features support the multi-purpose interpretation of syntax definitions, including derivation of type schemas for abstract syntax tree representations,

Abjure

Finding and Fixing a Mismatch Between the Go Memory Model and Data-Race Detector,detector inspired by the Go specification. In this paper, we describe how our theoretical research guided us in the process of finding and fixing a concrete bug in the language. Specifically, we discovered and fixed a discrepancy between the Go memory model and the Go data-race detector implementati

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End-to-End Verification of Initial and Transition Properties of GR(1) Designs in SPARK, “correct-by-construction” synthesis approaches. Recently, there has been interest in synthesis from Generalized Reactivity(1) or GR(1) specifications, since the required computational complexity is relatively low, and several tools exist for synthesis from GR(1) specifications. However, while these

NAVEN

Affine Systems of ODEs in Isabelle/HOL for Hybrid-Program Verification,rates the theory stacks of linear algebra and analysis and substantially adds content to both of them. It also serves to improve extant verification components for hybrid systems by increasing proof automation, removing certification procedures, and decreasing the number of proof obligations. We sho