Testing of Communicating Systems

Inhaltsverzeichnis

• Session I: Testing Theory and Foundations.
• Symbolic Execution Techniques for Test Purpose Definition.
• Controllable Combinatorial Coverage in Grammar-Based Testing.
• A Logic for Assessing Sets of Heterogeneous Testing Hypotheses.
• Session II: Testing Non-deterministic and Probabilistic Systems.
• Bounded Sequence Testing from Non-deterministic Finite State Machines.
• LaTe, a Non-fully Deterministic Testing Language.
• Customized Testing for Probabilistic Systems.
• Session III: Testing Internet and Industrial Systems.
• Generating Test Cases for Web Services Using Extended Finite State Machine.
• Towards the Testing of Composed Web Services in 3rd Generation Networks.
• Application of Two Test Generation Tools to an Industrial Case Study.
• Session IV: TTCN-3.
• Performance Analysis of Concurrent PCOs in TTCN-3.
• Use of TTCN-3 for Software Module Testing.
• Distributed Load Tests with TTCN-3.
• Session V: Compositional and Distributed Testing.
• Analyzing the Impact of Protocol Changes on Tests.
• Detecting Observability Problems in Distributed Testing.
• Compositional Testing of Communication Systems.
• Session VI: FSM-Based Testing and Diagnosis.
• FSM Test Translation Through Context.
• Using Distinguishing and UIO Sequences Together in a Checking Sequence.
• Reducing the Lengths of Checking Sequences by Overlapping.
• Session VII: Timed Systems.
• Test Case Minimization for Real-Time Systems Using Timed Bound Traces.
• Symbolic and on the Fly Testing with Real-Time Observers.
• Using TimedTTCN-3 in Interoperability Testing for Real-Time Communication Systems.
• Session VIII: Testing for Security.
• Test Generation for Network Security Rules.
• Message Confidentiality Testing of Security Protocols – Passive Monitoring and Active Checking.