Database Lab

The objective lies in research on next-generation database systems and database application system. Research interests include XML, Web Data Management, Stream Data Management, Mobile Data Management, and Sensor Network Databases.

Tel : 82-2-820-5306

Computer Network Lab

The main goal is to develop new protocols for internet environments. Main research topics are computer networks, protocol implemenation, and real-time systems.

Tel : 82-2-816-8757

Visual Image Media Lab

The goal is research on analysis and understanding of features and patterns in images. Main topics include facial recognition and media-related applications.

Tel : 82-2-825-5301

IoT and Detection Lab

Iot Internet is already sprea With the availability of open source hardware and software, things have already been around us. Our laboratory uses the Internet of things to study what we should do from an engineering point of view to provide services we can trust and use. These objects are studied from the data coming out from the Internet to create a function to detect anomalies or events.

Tel : 82-2-820-5310

Human-Computer Interaction Lab

Our laboratory aims to provide a user-friendly environment that requires ease of use by designing and implementing the interaction (process) of computer and human natural communication. His main research interests include pattern recognition through image, voice and satellite, embedded software architecture, and development of systems (mobile systems) that people can use more easily and conveniently.

Tel : 82-2-820-5257

Artificial Intelligence Lab

Based on a fundamental understanding of artificial intelligence, our laboratory draws creative ideas to develop advanced optimization and machine learning techniques and applies them to innovative computing applications.

Tel : 82-2-821-5304

Ultra-intelligent Computing/Communication Network Lab

Ultra-intelligent Computing/Communication Network Lab performs a large variety of new research topics including Machine Learning, Artificial Intelligence, Context-awareness based 5G/6G Cellular Network, IoT (Internet of Things), Mobile Edge Computing, Satellite Networks, Deep Space Communication Networks, Drone Networks, Blockchain, Wireless Sensor Networks, Bio-Nano-Communication Networks, Vehicular Networks, Smart Grid Demand Response.

Tel : 070-7568-8419

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Real-Time Software Engineering Lab

This area resolves issues in software engineering and real-time systems. Main research topics are event-based systems, unit testing frameworks, aspect-oriented developement, and run-time monitoring for time-critical software.

Tel : 82-2-820-5829

Visualization Lab

The main goal is to effectively and efficiently visualize 3D objects using principles of computer graphics and human perception.
Main research topics include perceptual graphics, real-time graphics rendering, NPR, virtual reality, and medical simulation.

Tel : 82-2-820-5830

Virtual Reality Lab

The main objective is to develop novel techniques and application systems for virtual reality and biomedical visualization based on the theory of image processing and computer graphics.

Tel : 82-2-820-5843

Knowledge Engineering Lab

The goal is to study how to represent various kinds of knowledge from information sources. Particularly, web and social networks are the main target to collect the knowledge.

Networked Systems Lab

Our laboratory aims to explore the exciting challenges that arise from new and diverse "networked systems" and networked systems. Wireless and sensor networks, low-power / embedded systems, mobile systems and mobile sensing, ubiquitous computing, and drone. It is not a pursuit of theory but a laboratory that analyzes, understands, and studies subjects that can be applied in real life through actual implementation, experimentation and verification.

Computer Vision Machine Learning Lab

Our laboratory aims to solve the problem of computer vision, object recognition, detection and tracking by using machine learning technique. Deep learning technique and machine learning using big data which are actively studied recently and mainly using machine learning technique for image data You will solve the given problem. Finally, computer vision and machine learning techniques will be used in various fields such as autonomous navigation, virtual reality, and medical imaging.

Tel : 82-2-820-5914

Computer System Lab

The main research topics of computer system laboratory are to investigate theories underlying embedded computer systems and high performance computer systems.

- Robotics and embedded computer systems group
The main research goal of this group is to study, design and implement robotics and embedded computer systems. The research of interest includes cyber physical systems, collaborative robotics, mobile platforms, low power systems, operating systems and smart factory systems.

- High performance computer systems group
The main research goal of this group is to study, design and implement high performance systems. The research of interest includes big data computing systems, high performance disk storage systems, tape library systems, high performance monitoring systems, and open source high performance computing systems.

Tel : 82-2-820-5494

Data Intelligence Lab

Our main goal is to develop theory, system, and service that can collect, manage, analyze and service various data in the real world.
His main research areas are information retrieval, text mining, big data processing and analysis, and decision support systems.

Tel : 82-2-820-5327

Systems and Storage Lab

Our main goal is to design and implement systems to maximize the performance of high-performance hardware.
His main research interests are operating systems, file / storage systems, parallel / distributed systems, and database systems.

Tel : 82-2-820-5103

Computer Vision and Augmented Reality Lab

This laboratory conducts various researches and analyzes of digital images using computer vision, and develops augmented reality technology that connects the virtual world with the real world by analyzing 3D spatial information in real time . His research interests include augmented reality systems, real-time stereo matching, and intelligent mobile robots.

Tel : 82-2-820-5417

Embodied AI Lab

Our laboratory aims to solve the problems of Virtual Reality, Augmented Reality and Mixed Reality based on computer graphics technology, computer vision technology and user interaction technology.
The main research areas are modeling virtual environments, rendering them in conjunction with real world scenes, and developing techniques to interact with remote users.

Tel : 82-2-820-5823

Human-Centered Systems Lab

The main goal of HCSLAB is to design and implement computer systems that support the new and enhanced user experience.
In particular, we study how new computing paradigms will change human life and how to re-design computer systems for enabling these newly-emerging applications and services.
Our main research interests include cyber-physical systems, human-computer interaction, mobile / wearable computing, and sensing systems

Tel : 82-2-820-5175

Vision and Learning Lab

The aim of Vision and Learning Laboratory is to push the boundary of machine learning research by exploiting and developing efficient, versatile, and optimal machine learning models, towards general-purpose artificial intelligence. We engage in research to explore methods that understand and learn any intellectual task that human beings can do. Our research interests include machine learning, deep learning, automated machine learning, multi-task learning, multi-modal learning, lifelong learning, subspace learning, and their applications to computer vision and robotics, but not limited to.

Tel : 82-2-820-5318

Cryptography Lab

Our group studies cryptography and its applications, which are the core technologies in the information security area. Main research topics include designing new cryptographic schemes, analyzing security of existing cryptographic constructions and developing cryptographic application protocols.

Tel : 82-2-820-5613

High-Performance Computing Lab

Our lab focuses on the broad area of parallel algorithms and their applications for high-performance computing, such as compiler optimization, optimization of matrix/tensor computations, data movement complexity of computations, and optimization of machine learning algorithms.

Tel : 82-2-820-5554

Private Artificial Intelligence and Cryptography Lab

Although artificial intelligence technology has shown a lot of progress recently, it is difficult to apply it to real industries due to the problem of data privacy. The goal of our lab is to fundamentally solve this data privacy problem in artificial intelligence system and safely apply it to the industry.
Our major research areas include privacy-preserving artificial intelligence, fully homomorphic encryption, multi-party computation, and algorithm.

Tel : 82-2-820-5600

Interaction+X Lab

IX lab conducts modeling studies from the perspective of human-computer interaction, aiming to quantitatively characterize human physical and cognitive behavioral patterns based on data and utilize them to predict performance. Through behavior modeling, the objectives are (1) to computationally optimize game difficulty and web/app UI design, and (2) to enhance system efficiency and user system experience by predicting human performance in real-time through data streams.

Tel : 82-2-820-5302

Data Mining and Intelligent Systems Lab

Our lab aims to study data mining and artificial intelligence techniques on various types of data (e.g., graph/hypergraph, text, image, and time-series), with a special focus on exploring knowledge for real-world applications including recommender systems, digital healthcare, and social network analysis. Our main research interests include graph machine learning, deep learning, knowledge graphs, recommender systems, social network analysis, and digital healthcare.

Tel : 82-2-820-5507

MULTI Lab

MULTI stands for Multimodal Understanding for Large-scale Transferable Intelligence.Our goal is to build and efficiently train/transfer-learn large-scale multimodal models that covers multiple modalities including Image Processing and Natural Language Processing. Specifically, our research has covered DenseScene Understanding via Large Language Models, building efficient transformeror parallel architectures for various multimodal tasks, and dealing withgiga-pixel images such as medical whole slide images.

Tel : 82-2-820-5570

Computational Human-AI Interaction Lab

The Computational Human-AI Interaction (CHAI) Lab focuses on advancing AI technologies to better understand human behavior through computational methods. Grounded in theories from reinforcement learning (RL), deep learning, biomechanics, and cognitive science, our goal is to understand human motion and design optimized interactions with computers (e.g., VR, robots, chatbots). Our key research areas include: 1) user behavior simulation, 2) user interface and interaction design, 3) user characteristic inference, and 4) motion-based 3D vision technologies.

Tel : 82-2-820-5587