Autonomous systems represent the next great step in the fusion of computing, sensing, and software to create intelligent systems capable of interacting with the complexities of the real world. The transition from passive to autonomous components turned software architectures into complex platforms that may contain many components that dynamically interact, and engage in complex coordination protocols. Transportation, aerospace, defense and finance are amongst some of the sectors shifting towards replacing the human operator by architectures and implementation technologies that are intended to provide overall system improvements.

AutoSoft intends to extend the state of the art in both engineering and application in the context of autonomous systems. The main idea is to bring together researchers and practitioners involved in the development of techniques and applications of Autonomous Software Systems, to discuss the latest developments, trends and innovations concerning the theory and practice of such software.

• Agent systems and agent-oriented software engineering
• Autonomous systems simulation
• Domain-specific applications of autonomous software systems
• Embedded systems
• Emergent intelligence for autonomous systems
• Games and autonomous applications
• Industry applications of autonomous software systems
• Methods, infrastructures and tools for autonomous systems
• Motion planning and scheduling
• Ontologies for autonomous applications
• Robotics and automation applications
• Safety in autonomous software systems
• Semantics for autonomous negotiation, orchestration, composition and execution
• Service-oriented computing and autonomous software systems
• Trust in autonomous societies
• Unmanned systems technology
• Verification of autonomous systems