Scholarworks@UNIST

UNIST Library

Browsing by Author : Lee, Junhwa

All A B C D E F G H I J K L M N O P Q R S T U V W X Y Z

가 나 다 라 마 바 사 아 자 차 카 타 파 하

Sort by: In order: Results/Page Etal:

Showing results 6 to 25 of 37

Cable tension monitoring using smart sensors with automated peak picking method

Jeong, Seunghoo , Kim, Hyunjun , Lee, Junhwa , Sim, Sung-Han

Conference Paper Issue Date2018-07-22 View9

Cable tension monitoring using smart sensors with automated peak-picking method

Jeong, Seunghoo , Kim, Hyunjun , Lee, Junhwa , Sim, Sung-Han

Conference Paper Issue Date2018-07-12 View9

Camera motion-free computer vision-based displacement measurement

Lee, Junhwa , Lee, Kyoung-Chan , Lee, Young-Joo , Sim, Sung-Han

Conference Paper Issue Date2019-09-04 View11

Camera motion-induced error compensation for computer vision-based displacement measurement

Lee, Junhwa , Lee, Kyoung-Chan , Lee, Young-Joo , Sim, Sung-Han

Conference Paper Issue Date2020-11-10 View11

Camera movement compensation for computer vision-based displacement measurement

Lee, Junhwa , Lee, Kyoung-Chan , Sim, Sung-Han

Conference Paper Issue Date2018-07-23 View6

Comparative study on displacement measurement sensors for high-speed railroad bridge File

Cho, Soojin , Lee, Junhwa , Sim, Sung-Han

Article Issue Date2018-05 View3

Computer Vision-based Displacement Measurement Method with Arbitrarily Positioned Camera

Lee, Junhwa , Cho, Soojin , Sim, Sung-Han

Conference Paper Issue Date2017-07-13 View5

Computer vision-based remote displacement monitoring system for in-situ bridge bearings robust to large displacement induced by temperature change File

Kim, Byunghyun , Lee, Junhwa , Sim, Sung-Han , Cho, Soojin , Park, Byung Ho

Article Issue Date2022-11 View3

Computer Vision-Based Structural Displacement Measurement Robust to Light-Induced Image Degradation for In-Service Bridges File File

Lee, Junhwa , Lee, Kyoung-Chan , Cho, Soojin , Sim, Sung-Han

Article Issue Date2017-10 View5

Concrete Crack Identification Using a UAV Incorporating Hybrid Image Processing File File

Kim, Hyunjun , Lee, Junhwa , Ahn, Eunjong , Cho, Soojin , Shin, Myoungsu , Sim, Sung-Han

Article Issue Date2017-09 View12

Development of robust vision-based displacement measurement offering unconstrained camera position

Sim, Sung-Han , Lee, Junhwa , Cho, Soojin

Conference Paper Issue Date2016-08-29 View0

Improvement of Computer Vision-based Bridge Displacement Measurement System Considering Field Environment

Cho, Soojin , Lee, Junhwa , Sim, Sung-Han

Conference Paper Issue Date2017-07-22 View4

Integrated cable vibration control system using Arduino File

Jeong, Seunghoo , Lee, Junhwa , Cho, Soojin , Sim, Sung-Han

Article Issue Date2019-06 View5

Long-term bridge deflection monitoring using indirect estimation with strain and computer vision-based measurements

Lee, Junhwa , Lee, Kyoung-Chan , Kim, Hyunjun , Lee, Young-Joo , Sim, Sung-Han

Conference Paper Issue Date2019-09-19 View4

Long-term bridge displacement measurement using double camera system

Lee, Junhwa , Lee, Kyoung-Chan , Lee, Young-Joo , Sim, Sung-Han

Conference Paper Issue Date2018-07-13 View12

Long-term displacement measurement for railway bridges

Jeong, Seunghoo , Lee, Kyoung-Chan , Lee, Junhwa , Lee, Young-Joo , Sim, Sung-Han

Conference Paper Issue Date2018-07-13 View8

Long-term displacement measurement of bridges using a LiDAR system File

Lee, Junhwa , Lee, Kyoung-Chan , Lee, Sahyeon , Lee, Young-Joo , Sim, Sung-Han

Article Issue Date2019-10 View5

Long-term displacement measurement of full-scale bridges using camera ego-motion compensation File

Lee, Junhwa , Lee, Kyoung-Chan , Jeong, Seunghoo , Lee, Young-Joo , Sim, Sung-Han

Article Issue Date2020-06 View12

LONG-TERM DISPLACEMENT MEASUREMENT OF FULL-SCALE BRIDGES USING COMPUTER VISION AND LIDAR File

Lee, Junhwa

Thesis Issue Date2020-08 View11

Long-term monitoring of bridge displacement using LiDAR, computer vision, and strain-based indirect estimation

Lee, Junhwa , Lee, Kyoung-Chan , Lee, Young-Joo , Sim, Sung-Han

Conference Paper Issue Date2019-08-05 View7

1 2 > >>

RSS 1.0 RSS 2.0

UNIST | Library

Tel : 052-217-1404 / Email : scholarworks@unist.ac.kr

ScholarWorks@UNIST was established as an OAK Project for the National Library of Korea.