Hitoshi Saji

14 papers B 1C 2Misc 6Journal 2Unranked 3
YearRankTypeTitle / Venue / Authors
2011 C conf
Estimation of earthquake damage from aerial images by probabilistic method.
IGARSS
Shota Izaka, Hitoshi Saji
2011 C conf
Method of registering a time sequence of aerial images and a digital map using a satellite image.
IGARSS
Taku Nakagawasai, Hitoshi Saji
2007 Misc conf
Extraction of Corresponding Points from Stereo Images by Using Intersections of Segments.
MVA
Hiroshi Unno, Keikichi Hayashibe, Hitoshi Saji
2005 J jnl
Hand motion tracking based on a constraint of three-dimensional continuity.
J. Electronic Imaging
Takanao Inaguma, Hitoshi Saji, Hiromasa Nakatani
2003 Misc conf
Automatic Registration of Aerial Image and Digital Map for Detection of Earthquake Damaged Areas.
DICTA
Yasuharu Yanamura, Hitoshi Saji
2003 — conf
Automatic detection of earthquake damaged areas from aerial images and digital map.
ICIP (1)
Hiroyiiki Simizu, Toyohiro Gotoh, Hitoshi Saji
2003 Misc conf
Fusion of Color Photometric Stereo Method and Slit Pattern Projection Method to Measure Three-Dimensional Shapes of a Human Face.
DICTA
Hitoshi Saji, Hiromasa Nakatani
2002 Misc conf
Extraction of Road Traffic Information from the Time Sequence of Aerial Images.
MVA
Motoi Soga, Hitoshi Saji
2002 Misc conf
Two-handed Gesture Tracking in the Case of Occlusion of Hands.
MVA
Takanao Inaguma, Hitoshi Saji, Hiromasa Nakatani
2000 — conf
Efficient Search Technique for Hand Gesture Tracking in Three Dimensions.
Biologically Motivated Computer Vision
Takanao Inaguma, Koutarou Oomura, Hitoshi Saji, Hiromasa Nakatani
2000 J jnl
Recognition of facial expressions using muscle-based feature models.
Syst. Comput. Jpn.
Hiroshi Ohta, Hitoshi Saji, Hiromasa Nakatani
1998 — conf
Muscle-Based Feature Models for Analyzing Facial Expressions.
ACCV (2)
Hiroshi Ohta, Hitoshi Saji, Hiromasa Nakatani
1998 B conf
Recognition of facial expressions using muscle-based feature models.
ICPR
Hiroshi Ohta, Hitoshi Saji, Hiromasa Nakatani
1996 Misc conf
Measuring Three-Dimensional Shapes of a Human Face Using Photometric Stereo Method with Two Light Sources and Slit Patterns.
MVA
Hitoshi Saji