In informatics, even if values change and diversify with the changing times, education and research on the immutable truths and methods that flow at the root of them are explored Human resources who have knowledge and skills in academic fields that repeatedly evolve and develop through paradigm shifts, and in the field of intelligent informatics, signal processing, intelligent systems, media processing, Human resources who have the knowledge and skills to realize human intellectual abilities such as recognition, understanding, reasoning, and learning on computers through problem solving in the academic fields of machine learning and data science, and in the field of system informatics, through problem solving in the academic fields of parallel processing, measurement and control, information networks, security, and signal processing, the target is a system. Human resources who have the ability to grasp and model, and who have the knowledge and skills to find the optimal solution for the entire system.
Control Theory, Discrete Event Systems, Cyber-Physical Systems, Cybersecurity, Multi-Agent Systems, Network Structures, Deep Reinforcement Learning, Distributed Algorithms, Mathematical Models, Network Architecture, Traffic Analysis, Network Operations Management, Network Programmability, Information Networks, Molecular Communications, Bioinspionage.Social Networks, Life Sciences, AI, AL, Image Processing, Video Processing, Signal Processing, Medical Data Processing, Artificial Intelligence, Reinforcement Learning, Natural Language Processing, Blockchain, Decentralized Applications (Dapps), Cryptographic Hash Functions, FPGAs, Embedded Hardware Accelerators, Digital Communications, Signal Processing, Data Analysis, Machine Learning, etc.

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The purpose of this course is to cultivate the design and management skills of information systems necessary to organize a wide variety of information and knowledge and analyze and solve problems in order to respond to various problems faced by modern society with changing values and diversification. In various fields, human resources with systematic knowledge and skills in interdisciplinary application skills that can trigger a new paradigm shift through informatics, research on the construction, management, and operation of information infrastructure centered on distributed systems and infrastructure software and information networks, research on algorithms that deal with discrete optimization problems in distributed computing environments, machine learning and data analysis, mathematical programming, Soft computing, decision-making methods, optimization algorithms, etc.

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We will promote the world's most advanced research and development in the field of IT application technology through technology development and collaboration by leading researchers in IoT (wide-area networked information and communication technology), AI (artificial intelligence technology), and quantum computers.
Contribute to the realization of Society 5.0 through the creation of innovation
Artificial Intelligence, Machine Learning, Mathematical Informatics, Computational Mathematical Sciences, Natural Language Processing, Large Language Models, Algorithms, Data Science, Statistics, Information Theory, Information Security, Software Engineering, AR/VR/Interaction, Bioinformatics, IoT, Human-Computer Interaction, Perceptual Information Processing, Signal Processing, Image Recognition, Cognitive Science, Brain Science, Science Theory of Computer Science, Computer Architecture, Integrated Circuit Design Engineering, Optical Devices, Spintronics, Network Architecture, Information and Communication Engineering, Modeling, Mathematical Planning, Optimization Theory, Logic Programming, Constraint Programming, Control Engineering, Sensing Engineering, Cyber-Physical Systems (CPS), Multi-Agent Systems, Emergent Systems, Service Engineering, Medical Engineering, Welfare Engineering, Sensor Fusion, Man-Machine Interface, Systems Thinking, Design Thinking, Systems Design, UAV (Unmanned Aerial Vehicle), Drones, Manipulators, Smart Agriculture, Forestry and Fisheries, Smart City, Social Systems Engineering, Industrial Engineering, Measurement Engineering, Information Optics, Biofunctional Imaging, Robotics, Biomechanics, Distributed System Control Theory, Nonlinear Systems Theory, Large-Scale and Hybrid Systems Theory, Soft Computing, High-Performance Computing, Simulation Infrastructure, Massively Parallel Computing, Computational Fluid Dynamics, Structural Strength Analysis, Large-Scale Simulation, Large-Scale Data Visualization, Molecular Trajectory Calculation, Multiscale Simulation, Molecular Dynamics, Space Environment Simulation, Social Simulation, Agent Simulation, Data-Driven Simulation, Quantum Computing, Innovative Computing

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