4th CONFSEML

Learning and Decision Making in Multi Agent Software Systems


Submission Deadline Notification of Acceptance Submission Email Download
April 7, 2026 7-20 workdays sympo_bath@confseml.org Manuscript Template

Scope

The symposium welcomes contributions that study learning and decision processes in systems with multiple interacting agents. Themes include coordination and competition in software environments, learning dynamics in strategic settings, interest alignment and conflict resolution in distributed systems, reinforcement learning with interacting learners, and methods that support transparency and reliability in collective decision making. We also encourage work that connects theoretical progress with software applications in areas such as autonomous services, communication platforms, digital markets and distributed control. Submissions may be conceptual, methodological or application focused. Participants will have the opportunity to discuss new ideas, present ongoing work and engage with others who are developing techniques for complex interactive systems.

Topics

This symposium welcomes submissions with the following topics

Software Engineering

  • Advanced Topics in Software Engineering
  • Computer-Supported Collaborative Work
  • Computer Graphics and Human-Computer Interaction
  • Decision Support
  • Distributed Computing
  • Knowledge-Based Systems and Formal Methods
  • Languages and Formal Methods
  • Managing Software Projects
  • Modeling Software Architecture
  • Multimedia and Visual Software Engineering
  • Quality Management
  • Search Engines and Information Retrieval
  • Software Engineering Decision Making
  • Software Engineering Practice
  • Software Maintenance and Testing
  • Web Engineering

Meanwhile, submissions aligned with the overall conference scope are also welcomed.

Machine Learning

  • Data Mining in Heterogeneous Networks
  • Deep and Reinforcement Learning
  • Distributed and Decentralized Machine Learning Algorithms
  • Human-robot Interface and Interaction
  • Network Slicing Optimization
  • User Behavior Prediction
  • Machine Learning in Knowledge-Intensive Systems
  • Machine Learning Methods and Analysis
  • Mechanism Design and Applications
  • Mobile Sensor Networks
  • Modeling and Identification
  • Multi-agent Systems
  • Natural Language Processing
  • Pattern Recognition and Classification for Networks
  • Robotic Automation and Control

Computer Applications

  • AI Architecture and Practice
  • AI Model and Algorithms
  • Artificial Intelligence in Modeling and Simulation
  • Artificial Intelligence in Scheduling and Optimization
  • Cloud Computing Architecture
  • Computer Vision and Object Recognition
  • Concurrent and Parallel Processing
  • Coordination in Robotics
  • Data Visualization and Modern Technologies
  • Distributed Intelligent Processing
  • Intelligence and Language
  • Intelligent Wireless Communications
  • Intelligent Wireless Sensor Networks
  • Internet of Things
  • Software Frameworks and Simulations