Runtime Verification of Statechart Implementations

Runtime verification of programs using rule-based active system

DWARF-driven Equivalence Checking of UML Statecharts and Software Components

This article presents an instrumentation-free runtime verification methodology built upon an external observer which uses DWARF-statements to monitor system behavior. The observer delivers information about variable values used for state-encoding and method calls representing transitions. These information are passed to an engine which parses the system specification in terms of a UML statechar...

Dyana: Hla-based Distributed Real-time Embedded Systems Simulation To

In this paper we present DYANA, an HLA-based hardware-in-the-loop simulation tool. This tool is used for distributed Real-Time Embedded Systems (RTES) simulation. RTES models are described by Unified Modeling Language (UML) statechart diagrams. The statechart diagram is transformed into HLA-based Simulation Model (HSM). After translation into HSM we use CERTI as the simulation runtime. The stat...

A Method for Automatic Runtime Verification of Automata-Based Programs

Model Checking is the only practically used method for verification of automata-based programs. However, current implementations of this method only allow verification of simple automata systems. We suggest using a different approach, runtime verification, for verification of automata systems. We discuss advantages and disadvantages of this approach, propose a method for automatic verification ...

Model Check What You Can, Runtime Verify the Rest

Model checking and runtime verification are pillars of formal verification but for the most part are used independently. In this position paper we argue that the formal verification community would be well-served by developing theory, algorithms, implementations, and applications that combine model checking and runtime verification into a single, seamless technology. This technology would allow...