Dae-Nyeon Kim

14 papers A* 1C 1Journal 4Unranked 8
YearRankTypeTitle / Venue / Authors
2010 — conf
Entrance Detection of Building Component Based on Multiple Cues.
ICIC (3)
Dae-Nyeon Kim, Hoang-Hon Trinh, Kang-Hyun Jo
2010 — conf
Entrance Detection of Buildings Using Multiple Cues.
ACIIDS (1)
Suk-Ju Kang, Hoang-Hon Trinh, Dae-Nyeon Kim, Kang-Hyun Jo
2010 J jnl
Supervised training database for building recognition by using cross ratio invariance and SVD-based method.
Appl. Intell.
Hoang-Hon Trinh, Dae-Nyeon Kim, Kang-Hyun Jo
2009 — conf
Building-Based Structural Data for Core Functions of Outdoor Scene Analysis.
ICIC (1)
Hoang-Hon Trinh, Dae-Nyeon Kim, Suk-Ju Kang, Kang-Hyun Jo
2009 — conf
Object Analysis for Outdoor Environment Perception Using Multiple Features.
ICIC (1)
Dae-Nyeon Kim, Hoang-Hon Trinh, Kang-Hyun Jo
2009 J jnl
Objects Segmentation Using Multiple Features for Robot Navigation on Outdoor Environment.
Int. J. Inf. Acquis.
Dae-Nyeon Kim, Hoang-Hon Trinh, Kang-Hyun Jo
2009 — conf
Window Extraction Using Geometrical Characteristics of Building Surface.
ICIC (1)
Hoang-Hon Trinh, Dae-Nyeon Kim, Suk-Ju Kang, Kang-Hyun Jo
2008 C conf
Building Surface Refinement Using Cluster of Repeated Local Features by Cross Ratio.
IEA/AIE
Hoang-Hon Trinh, Dae-Nyeon Kim, Kang-Hyun Jo
2008 — conf
Cross Ratio-Based Refinement of Local Features for Building Recognition.
ICIC (1)
Hoang-Hon Trinh, Dae-Nyeon Kim, Kang-Hyun Jo
2008 J jnl
Facet-based multiple building analysis for robot intelligence.
Appl. Math. Comput.
Hoang-Hon Trinh, Dae-Nyeon Kim, Kang-Hyun Jo
2008 — conf
Region Segmentation of Outdoor Scene Using Multiple Features and Context Information.
ICIC (3)
Dae-Nyeon Kim, Hoang-Hon Trinh, Kang-Hyun Jo
2007 J jnl
Object Recognition by Segmented Regions Using Multiple Cues on Outdoor Environment.
Int. J. Inf. Acquis.
Dae-Nyeon Kim, Hoang-Hon Trinh, Kang-Hyun Jo
2007 — conf
Object Recognition of Outdoor Environment by Segmented Regions for Robot Navigation.
ICIC (1)
Dae-Nyeon Kim, Hoang-Hon Trinh, Kang-Hyun Jo
2007 A* conf
Remote control of a moving robot using the virtual link.
ICRA
Young Soo Suh, Sang Kyeong Park, Dae-Nyeon Kim, Kang-Hyun Jo