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Programming --- Computer science --- Computer software --- Verification --- Computer software - Verification. --- Computer software - Verification
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Computer software --- Verification. --- Verification --- Testing --- Software verification --- Verification of software
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Computer software --- Verification. --- Software verification --- Verification of software
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Get introduced to software verification and proving correctness using the Microsoft Research-backed programming language, Dafny. While some other books on this topic are quite mathematically rigorous, this book will use as little mathematical symbols and rigor as possible, and explain every concept using plain English. It's the perfect primer for software programmers and developers with C# and other programming language skills.
Computer software --- Verification. --- Software verification --- Verification of software
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Computer software --- Parallel processing (Electronic computers) --- Logiciels --- Parallélisme (Informatique) --- Verification --- Vérification --- Verification. --- Parallel processing (Electronic computers). --- Parallélisme (Informatique) --- Vérification --- Computer software - Verification --- Computer software - verification
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Software engineering --- Computer software engineering --- Engineering --- Programming --- Management. --- Computer software - verification --- Development
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A concise and practical introduction to the basic principles of effective software verification and validation (V & V). This revised edition includes five new chapters and five new appendices focused on management techniques to make your company's software V & V efforts more cost-effective.
Computer software --- Software verification --- Verification of software --- Software validation --- Validation of software --- Validation. --- Verification.
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Software systems play a central role in modern society, and their correctness is often crucially important. Formal specification and verification are promising approaches for ensuring correctness more rigorously than just by testing. This work presents an approach for deductively verifying design-by-contract specifications of object-oriented programs. The approach is based on dynamic logic, and addresses the challenges of modularity and automation using dynamic frames and predicate abstraction.
design by contract --- software specification --- software verification --- abstract interpretation --- theorem proving
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