Intelligence Networking & Computing Lab. Introduction
- Advisor: Professor Jong-Deok Kim
- As of July 2024, the laboratory consists of 1 research professor, 3 Ph.D. candidates, 3 integrated M.S.-Ph.D. students, and 4 master's students, totaling 10 active researchers.
- The laboratory focuses on researching and developing network and system architectures, algorithms, protocols, services, and IoT platforms in wireless mobile communication environments.
Research Areas
LPWAN (Low Power Wide Area Network)
- Research on protocols and communication techniques based on low power, long-distance communication technologies.
- Development of multi-interface gateways and low-power end LoRa (Long Range) devices for intelligent IoT.
- Research on technologies/services considering various environments and services (marine, disaster).
Intelligent Smart Factory Technology
- System architecture design and detailed component technology research for intelligent smart factory configurations.
- Research on step-by-step process data modeling and verification techniques for process computerization.
Intelligent Wireless LAN Data Analysis
- Data collection and reinforcement learning-based problem analysis and solution techniques for reliable wireless LAN services.
- Empirical verification of problem analysis results in case studies.
Research Achievement
(PHY Layer).
- Long Range (LoRa) Link Analysis System according to Indoor/Outdoor Characteristics
- Ultra Long Range LoRa Communication Module (range > 80km)
- LoRa Spectrum Analyzer based on SDR
(MAC Layer).
- Low-Power Wide Area Network (LPWAN) MAC Protocol Simulator for Massive IoT
- LPWAN Distributed Queueing (DQ) based MAC for Massive IoT
- LPWAN Resource Allocation Technologies for Massive, Reliable Low-Latency IoT
(Application Layer).
- Realtime Long-Range Bouy Monitoring/Tracking System
- Realtime Multi-Radio Evaluation Framework (MoToLoRa)
- Realtime Process/Product Tracking Framework in Smart Factory
- Machine Learning based Object Detection Technology using IR Sensor
Maritime Bouy Monitoring System
Ultra-Range LoRa Module
Major Research Projects
- Southeast Grand ICT Research Project
- Software-Centered University Research Project
- Next-Generation Low Power Long-Distance Communication Technology Realization for Large-Scale Hyper-Regional IoT Applications
- Core Technology for Operating Self-Sufficient Marine Disaster Communication Networks for Converged Communication Services