Our mission is to integrate and establish approaches as Mathematical Systems Science for important engineering issues toward the future. Mathematical systems science is based on mathematical models and applicable in many engineering and scientific researches including emergent fields such as cyber-physical systems, man-machine systems, open systems science, and systems biology.

Our aim is to clarify the state of art of research on mathematical systems science and to promote the future research. Our major research fields are both theory and application of mathematical systems sciences, including the following topics:

Basic theory on mathematical systems science

Graphs

Petri nets

Networks

Concurrent systems

System optimization

Multi-agent systems

Hybrid systems

Distributed systems

Game theory

Discrete event systems

Mathematics on system design and verification

Formal modeling

Formal verification

Diagnosis

Performance evaluation

Simulation

Fault tolerance

Mathematics on cyber-physical systems

Embedded systems

Networked control

Sensor networks

Cooperative control

Real-time systems

Mathematics on human factors

Modeling and analysis on human activity

Business process

Service science

Applications

Workflow

Elevator control

Manufacturing scheduling

AGV control

On-demand bus control

Design of large-scale software

New approaches

Open system science

Systems biology