Travelled to:
1 × Canada
1 × China
1 × Japan
1 × Spain
1 × USA
2 × United Kingdom
Collaborated with:
M.Onishi A.Kojima M.Izumi T.Tamura K.Kise M.Mitani M.Takaya M.Higuchi S.Aoki N.Yoneda S.Takamatsu N.Yajima N.Babaguchi S.Yamada H.S.Stone T.Kasai
Talks about:
video (4) human (4) imag (4) base (4) use (3) recognit (2) descript (2) segment (2) control (2) lectur (2)
Person: Kunio Fukunaga
DBLP: Fukunaga:Kunio
Contributed to:
Wrote 10 papers:
- ICPR-v4-2006-MitaniTKF #analysis #mobile #recognition
- Environment Recognition Based on Analysis of Human Actions for Mobile Robot (MM, MT, AK, KF), pp. 782–786.
- ICPR-v1-2004-OnishiF #comprehension #evaluation #image #using #video
- Shooting the Lecture Scene Using Computer-controlled Cameras Based on Situation Understanding and Evaluation of Video Images (MO, KF), pp. 781–784.
- ICPR-v3-2004-HiguchiAKF #recognition
- Scene Recognition Based on Relationship between Human Actions and Objects (MH, SA, AK, KF), pp. 73–78.
- ICPR-v2-2002-KojimaTF #process
- Textual Description of Human Activities by Tracking Head and Hand Motions (AK, TT, KF), pp. 1073–1077.
- ICPR-v4-2000-KojimaITF #behaviour #generative #image #natural language #video
- Generating Natural Language Description of Human Behavior from Video Images (AK, MI, TT, KF), pp. 4728–4731.
- ICPR-v4-2000-OnishiIF #image #video
- Production of Video Images by Computer Controlled Camera Operation Based on Distribution of Spatiotemporal Mutual Information (MO, MI, KF), pp. 4102–4105.
- ICPR-v4-2000-OnishiIF00a #image #segmentation #using #video
- Blackboard Segmentation Using Video Image of Lecture and Its Applications (MO, MI, KF), pp. 4615–4618.
- ICDAR-v2-1995-KiseYTF #concept #diagrams #string
- Interpretation of conceptual diagrams from line segments and strings (KK, NY, ST, KF), pp. 960–963.
- ICDAR-1993-KiseYBF #documentation #incremental #layout
- Incremental acquisition of knowledge about layout structures from examples of documents (KK, NY, NB, KF), pp. 668–671.
- DAC-1983-FukunagaYSK #approach #graph #using
- Placement of circuit modules using a graph space approach (KF, SY, HSS, TK), pp. 465–471.