Beomju Shin
Ph.D
Hallym University
BEOMJU SHIN | 신범주
Hallym University한림대학교
PhD Dissertation (2020): A study on GNSS Receiver Performance Analysis Using Various Interference Scenarios
Latest
- 광역 보호를 위한 GNSS 신호 생성기의 최소 스윕 범위 별정 방법
- Global Navigation Satellite System Signal Generation Method for Wide Area Protection Against Numerous Unintentional Drones
- LTE Signal Based Vehicle Positioning System in Tunnel Environment
- LTE Signal Based Vehicle Localization in Indoor Parking Lot using Mobile Phone
- Optimal GNSS Signal Tracking Loop Design Based on Plant Modeling
- Single Transmitted based Precise Positioning System using Multiple Antenna: Experimental Test
- Spoofing Attack Results Determination in Code Domain Using a Spoofing Process Equation
- 머신러닝을 활용한 수신기에서의 기만 결과 분석
- 모바일폰을 활용한 터널에서의 이동체 위치추적
- Precise Localization Technology of Mobile Phone on a Vehicle in Tunnel using LTE Signal Based Surface Correlation
- Pseudolite/Ultra-low-cost IMU Integrated Robust Indoor Navigation System Through Real-time Cycle Slip Detection and Compensation
- WiFi 신호 미약 환경에서의 실내 항법 시스템 개발
- 소프트웨어 기반 기만 시뮬레이터 개발 및 기만 시나리오 생성
- WiFi and PDR based Robust SLAM Implementation using Surface Correlation
- WiFi Based Robust Positioning System in Large Scale and Weak Signal Environment
- New LQG based Vector Tracking Algorithm using Additional Tracking Loops for High Disturbances Environment
- Performance Evaluation of LQG based Optimal GNSS Tracking Loop using Non-linear Measurements
- GPS 기만 시나리오 생성 소프트웨어 구현 및 시뮬레이션 결과 분석
- WiFiSLAM을 이용한 Radio Map 생성 및 성능 분석
- Motion Recognition-Based 3D Pedestrian Navigation System Using Smartphone
- Particle Filter Based WiFi Positioning System Implementation Using WiFiSLAM Radio Map
- 맵매칭을 이용한 스마트폰 기반 실내 항법 기술
- Smartphone Based Indoor Navigation System Using Motion Recognition and Map Matching Technology
- Hybrid Model based Motion Recogniton for Smartphone User
- “Smartphone based 3D PDR System Development and its Performance Analysis in Various Indoor Environment