All Stories

  1. A reference architecture for ethical-aware autonomous systems
  2. Noise-reduction-oriented super-resolution reconstruction for precision agriculture applications
  3. Reference Architecture for Autonomy and Adaptivity in Satellites
  4. Challenges and Opportunities in using Generative AI for Software Engineering
  5. A checklist of quality concerns for architecting ML-intensive systems
  6. TwinArch: A digital twin reference architecture
  7. Optimal Job Scheduling in Real-Time Cyber-Physical Systems: A Soft-Computing Approach
  8. Ethics Label for Digital Systems to Promote Transparency and User Awareness
  9. Applications of AI in Space Domain
  10. Engineering Digital Systems for Humanity: A Research Roadmap
  11. AI/ML for Safety-Critical Software: The Case of the Space Domain
  12. Different approaches for testing body sensor network applications
  13. Software reconfiguration in robotics
  14. Technical Credit
  15. Concept-drift-adaptive anomaly detector for marine sensor data streams
  16. Runtime Verification and Field-Based Testing for ROS-Based Robotic Systems
  17. Explainability for Property Violations in Cyberphysical Systems: An Immune-Inspired Approach
  18. Future Directions in Software Engineering for Autonomous Robots: An Agenda for Trustworthiness [Opinion]
  19. A Driver-Vehicle Model for ADS Scenario-Based Testing
  20. Continuous Compliance in the Automotive Industry
  21. Handling uncertainty in the specification of autonomous multi-robot systems through mission adaptation
  22. Engineering Industry-Ready Anomaly Detection Algorithms
  23. Evaluation Framework for Autonomous Systems: The Case of Programmable Electronic Medical Systems
  24. Insights From the Software Reliability Research Community
  25. Modelling centralised automotive E/E software architectures
  26. Do Modern Systems Require New Quality Dimensions?
  27. Self-Adaptive Testing in the Field
  28. Software Variability in Service Robots (Summary)
  29. Engineering Challenges of Stationary Wireless Smart Ocean Observation Systems
  30. Mission Specification Patterns for Mobile Robots: Providing Support for Quantitative Properties
  31. A compositional approach to creating architecture frameworks with an application to distributed AI systems
  32. Agile Beyond Teams and Feedback Beyond Software in Automotive Systems
  33. Marine Data Sharing: Challenges, Technology Drivers and Quality Attributes
  34. Adaptive heterogeneous multi-robot collaboration from formal task specifications
  35. Specification Patterns for Robotic Missions
  36. Why and How Your Traceability Should Evolve: Insights From an Automotive Supplier
  37. Steps Toward Real-World Ethics for Self-Driving Cars
  38. Robotics software engineering: a perspective from the service robotics domain
  39. Mind the gap
  40. PuRSUE -from specification of robotic environments to synthesis of controllers
  41. A hybrid approach combining control theory and AI for engineering self-adaptive systems
  42. PROMISE
  43. Real-world ethics for self-driving cars
  44. Hey, my data are mine!
  45. Beyond connected cars: A systems of systems perspective
  46. INTERO: An Interoperability Model for Large Systems
  47. Why and how to balance alignment and diversity of requirements engineering practices in automotive
  48. Architecting and Analysing Connected Autonomous Vehicles
  49. Technical Architectures for Automotive Systems
  50. Report of the 2nd International Workshop on Context-aware Autonomous and Smart Architectures (CASA@ECSA 2018)
  51. High-level mission specification for multiple robots
  52. The impact of requirements on systems development speed: a multiple-case study in automotive
  53. Software Architectures for Context-Aware Smart Systems
  54. Safety for mobile robotic systems: A systematic mapping study from a software engineering perspective
  55. A Runtime Monitoring Framework to Enforce Invariants on Reinforcement Learning Agents Exploring Complex Environments
  56. MAPmAKER: Performing Multi-Robot LTL Planning under Uncertainty
  57. Managing safety and mission completion via collective run-time adaptation
  58. PsALM: Specification of Dependable Robotic Missions
  59. Taming Uncertainty in the Assurance Process of Self-Adaptive Systems: a Goal-Oriented Approach
  60. Boundary objects and their use in agile systems engineering
  61. Introduction to the special issue on architecting autonomous and smart systems
  62. Improving the Consistency and Usefulness of Architecture Descriptions: Guidelines for Architects
  63. On Interfaces to Support Agile Architecting in Automotive: An Exploratory Case Study
  64. Variability Modeling of Service Robots
  65. A Software Exoskeleton to Protect and Support Citizen’s Ethics and Privacy in the Digital World
  66. Report of the 1st International Workshop on Context-aware Autonomous and Smart Architectures (CASA@ECSA 2017)
  67. Collaborative traceability management: a multiple case study from the perspectives of organization, process, and culture
  68. The Manager Perspective on Requirements Impact on Automotive Systems Development Speed
  69. Automatic generation of predictive monitors from scenario-based specifications
  70. A learning approach to enhance assurances for real-time self-adaptive systems
  71. Keeping intelligence under control
  72. Property specification patterns for robotic missions
  73. Towards multi-robot applications planning under uncertainty
  74. Transparency and contracts
  75. Boundary objects in Agile practices
  76. An Architecture for Decentralized, Collaborative, and Autonomous Robots
  77. Message from the ICSA 2018 Tutorials Chairs
  78. MoVEMo: A Structured Approach for Engineering Reward Functions
  79. Multi-robot LTL Planning Under Uncertainty
  80. The Problem of Consolidating RE Practices at Scale: An Ethnographic Study
  81. An industrial case study on an architectural assumption documentation framework
  82. Automotive Architecture Framework: The experience of Volvo Cars
  83. Engineering the software of robotic systems
  84. Online Robustness Testing of Distributed Embedded Systems: An Industrial Approach
  85. Welcome Message from the Program Chairs of ICSA 2017
  86. Editorial to theme issue on model-driven engineering of component-based software systems
  87. Model-Driven Engineering for Mission-Critical IoT Systems
  88. A Generated Property Specification Language for Resilient Multirobot Missions
  89. Architectural Assumptions and Their Management in Industry – An Exploratory Study
  90. Improving Robustness of AUTOSAR Software Components with Design by Contract: A Study Within Volvo AB
  91. RBF-MLMR: A Multi-Label Metamorphic Relation Prediction Approach Using RBF Neural Network
  92. Architecting cars as constituents of a system of systems
  93. Leveraging Collective Run-Time Adaptation for UAV-Based Systems
  94. Organic Evolution of Development Organizations - An Experience Report
  95. A Proposal for an Automotive Architecture Framework for Volvo Cars
  96. A/B Testing in E-commerce Sales Processes
  97. Adopting MDE for Specifying and Executing Civilian Missions of Mobile Multi-Robot Systems
  98. Automatic generation of detailed flight plans from high-level mission descriptions
  99. Continuous Integration Beyond the Team
  100. Descriptive vs prescriptive models in industry
  101. Formal Verification of the On-the-Fly Vehicle Platooning Protocol
  102. Verdict machinery: on the need to automatically make sense of test results
  103. FLYAQ: Enabling Non-expert Users to Specify and Generate Missions of Autonomous Multicopters
  104. The need of complementing plan-driven requirements engineering with emerging communication: Experiences from Volvo Car Group
  105. Aligning Qualitative, Real-Time, and Probabilistic Property Specification Patterns Using a Structured English Grammar
  106. AC-Contract: Run-Time Verification of Context-Aware Applications
  107. Architecting in the Automotive Domain: Descriptive vs Prescriptive Architecture
  108. A model-driven approach to detect faults in FOSS systems
  109. The Road Ahead for Architectural Languages
  110. Rule-Based Modeling and Static Analysis of Self-adaptive Systems by Graph Transformation
  111. Software Engineering for Resilient Systems
  112. Open Architectures and Software Evolution: The Case of Software Ecosystems
  113. Simulating upgrades of complex systems: The case of Free and Open Source Software
  114. ModelLAND: Where Do Models Come from?
  115. The Role of Parts in the System Behaviour
  116. Using Models at Runtime to Address Assurance for Self-Adaptive Systems
  117. What Industry Needs from Architectural Languages: A Survey
  118. Engineering a Platform for Mission Planning of Autonomous and Resilient Quadrotors
  119. Producing software by integration: challenges and research directions (keynote)
  120. Supporting the Evolution of Free and Open Source Software Distributions
  121. On the Composition and Reuse of Viewpoints across Architecture Frameworks
  122. EVOSS: A tool for managing the evolution of free and open source software systems
  123. Assume-Guarantee Testing of Evolving Software Product Line Architectures
  124. Automated Inference of Models for Black Box Systems Based on Interface Descriptions
  125. Integration Architecture Synthesis for Taming Uncertainty in the Digital Space
  126. Model-Driven Techniques to Enhance Architectural Languages Interoperability
  127. Supporting software evolution in component-based FOSS systems
  128. Developing highly complex distributed systems: a software engineering perspective
  129. EAGLE
  130. Guaranteeing Correct Evolution of Software Product Lines: Setting Up the Problem
  131. Realizing architecture frameworks through megamodelling techniques
  132. A model-driven approach to automate the propagation of changes among Architecture Description Languages
  133. Providing Architectural Languages and Tools Interoperability through Model Transformation Technologies
  134. A Model Driven Approach to Upgrade Package-Based Software Systems
  135. Ad-opera
  136. ByADL: An MDE Framework for Building Extensible Architecture Description Languages
  137. Developing next generation ADLs through MDE techniques
  138. Formal Analysis and Verification of Self-Healing Systems
  139. Synthesizing adapters for conversational web-services from their WSDL interface
  140. Self-Repairing systems modeling and verification using AGG
  141. Automatic synthesis of behavior protocols for composable web-services
  142. Towards a Framework for Distributed and Collaborative Modeling
  143. CHARMY: A Framework for Designing and Verifying Architectural Specifications
  144. Towards an assume-guarantee theory for adaptable systems
  145. Model Checking
  146. POPEYE: providing collaborative services for ad hoc and spontaneous communities
  147. Frameworks for designing and implementing dependable systems using Coordinated Atomic Actions: A comparative study
  148. Integrating AADL within a Multi-domain Modeling Framework
  149. Towards maintainer script modernization in FOSS distributions
  150. From Requirements to Java Code
  151. An architectural approach to the correct and automatic assembly of evolving component-based systems
  152. DUALLY: A framework for Architectural Languages and Tools Interoperability
  153. Towards a Graphical Tool for Refining User to System Requirements
  154. Simulating Software Architectures for Functional Analysis
  155. POPEYE: A simple and reliable collaborative working environment over mobile ad-hoc networks
  156. Graphical scenarios for specifying temporal properties: an automated approach
  157. INTRODUCTION
  158. Architecting Fault-tolerant Component-based Systems: from requirements to testing
  159. Software Engineering of Fault Tolerant Systems
  160. Architecting Fault Tolerant Systems
  161. A Software Architecture for Reliable Collaborative Working Environments
  162. EFTS 2007
  163. EFTS 2007
  164. Software Engineering of Fault Tolerant Systems
  165. CAA-DRIP: a framework for implementing Coordinated Atomic Actions
  166. A Practical Architecture-Centric Analysis Process
  167. A scenario based notation for specifying temporal properties
  168. Rapid System Development Via Product Line Architecture Implementation
  169. Reducing Software Architecture Models Complexity: A Slicing and Abstraction Approach
  170. The Fault-Tolerant Insulin Pump Therapy
  171. Towards an architectural approach for the dynamic and automatic composition of software components
  172. CHARMY
  173. A Framework for the Integration of Functional and Non-functional Analysis of Software Architectures
  174. CHARMY
  175. Engineering MDA into Compositional Reasoning for Analyzing Middleware-Based Applications
  176. TeStor: Deriving Test Sequences from Model-Based Specifications
  177. Formal Analysis of Architectural Patterns
  178. Model-Checking Plus Testing: From Software Architecture Analysis to Code Testing
  179. An Experience in Architectural Extensions: Active Objects in J2EE
  180. Integrating Model-Checking Architectural Analysis and Validation in a Real Software Life-Cycle
  181. TowardsWeaving Software Architecture Models
  182. DUALLY: Putting in Synergy UML 2.0 and ADLs
  183. Automated check of architectural models consistency using SPIN
  184. Compositional verification of middleware-based software architecture descriptions