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Software Verification and Validation - Segédanyagok
Félév: 2019. ősz
Title
Egyedi szöveg
L06 (10.02): Checking LTL properties
Checking LTL properties
L07 (10.03): Checking CTL properties
Checking CTL properties
L08 (10.09): Handling large state space in model checking
Symbolic model checking
Bounded model checking
L09 (10.10): Model checking examples
Introductory examples
Scheduling of tasks
The Meltdown vulnerability
Example models (ZIP)
L10 (10.16): Formal verification of time-dependent behavior
Formal verification of time-dependent behavior
L11 (10.17) Formal verification of stochastic properties
Formal verification of stochastic properties
Reliability modeling with stochastic model checking
L12 (10.24): Model checkers and applications
Model checkers: SPIN and NuSMV
Case study: Model checking PLC programs at CERN
L13 (10.30): Equivalence checking between models
Equivalence checking between models
L14 (10.31): Verification of the source code
Verification of the source code
L15 (11.06): Proof of program correctness (part 1)
Proof of program correctness for simple programs
L16 (11.07): Proof of program correctness (part 2)
Proof of program correctness for structured programs
L17 (11.13) Software model checking
Software model checking with abstraction
L18 (11.14) Software module testing
Software module testing (component testing)
L19 (11.20) Code-based test generation
Code-based test generation
L20 (11.21) Integration testing, system testing, validation testing
Integration testing, system testing, validation testing
L21 (11.27) Model-based testing (part 1)
Model based testing (part 1)
L22 (11.28) Model based testing (part 2)
Model based testing (part 2)
L23 (12.04): Verification during maintenance
Verification during maintenance
Félév: 2018. ősz
Title
Egyedi szöveg
L01: Introduction
Course overview
Introduction to software V&V
L02: Verification of the requirements specification
Verification of the requirements specification
L03: Verification of the architecture design
Verification of the architecture design
L04: Verification of the detailed design
Verification of the detailed design
Basic formalisms for formal verification
L05: Formalization of properties using temporal logics. Checking HML properties.
Temporal logics and checking HML properties
L06: Checking LTL properties
Checking LTL properties
L07: Checking CTL properties
Checking CTL properties
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