Fundamental Approaches to Software Engineering

<p>Model-Based Software Development.- A Formal Framework for Incremental Model Slicing.- Multiple Model Synchronization with Multiary Delta Lenses.- Controlling the Attack Surface of Object-Oriented Refactorings.- Efficient Analysis of Attack Trees: a Model-Driven Approach.- Distributed Program and System Analysis.- ROLA: A New Distributed Transaction Protocol and Its Formal Analysis.- A Process Network Model for Reactive Streaming Software with Deterministic Task Parallelism.- Distributed Graph Queries for Runtime Monitoring of Cyber-Physical Systems.- EventHandler-based Analysis Framework for Web Apps using Dynamically Collected States.- Software Design and Verification.- Hierarchical Specification and Verification of Architectural Design Patterns.- Supporting Verification-Driven Incremental Distributed Design of Components.- Summarizing Software API Usage Examples using Clustering Techniques.- Fast Computation of Arbitrary Control Dependencies.- Specification and Program Testing.- Iterative Generation of Diverse Models for Testing Specifications of SL Tools.- Optimising Spectrum Based Fault Localisation for Single Fault Programs using Specifications.- TCM: Test Case Mutation to Improve Crash Detection in Android.- CRETE: A Versatile Binary-Level Concolic Testing Framework.- Family-Based Software Development.- Abstract Family-based Model Checking using Modal Featured Transition Systems: Preservation of CTL*.- FPH: Efficient Non-Commutativity Analysis of Feature-Based Systems.- Taming Multi-Variability of Software Product Line Transformations.</p>