role of some metabolites in osmotic adjustment to reduced matric and osmotic water potential in two soybean cultivars

Research Authors
El-Sharkawi, H.M.; Abdel-Hameed, A.H. and Gameh, M.
Research Journal
ASSIUT UNIVERSITY BULLETIN FOR ENVIRONMENTAL RESEARCHES
Research Pages
PP. 93-111
Research Publisher
assiut university center for environmental studies and researches
Research Rank
2
Research Vol
vol.16 No. 2
Research Year
2013

Adjustment of internal water balance in two soybean cultivars to reduced soil water potential

Research Authors
El-Sharkawi, H.M.; Abdel-Hameed, A.H. and Gameh, M.
Research Journal
Assiut university bulletin for environmental researches
Research Pages
PP. 71-91
Research Publisher
assiut university center for environmental studies and researches
Research Rank
2
Research Vol
vol.16 No. 2
Research Year
2013

Enhancement of Interactive Face Image Deformation
Based on Bounded Biharmonic Weights

Research Abstract
Face deformation plays a key role in many ap- plications such as: lm production, games, face animation, artistic purposes, and facial plastic surgery planning. However, most of the ex- isting image retouching techniques are mainly designed for low-level editing tasks. So it is dicult with the existing techniques to deform images containing faces. In this paper we de- velop an interactive real time face deformation technique that lets users deform the faces eas- ily using a small number of control points. Our goal is to achieve a visually satisfactory out- come with low time complexity compared to the existing techniques.
Research Authors
Khaled F. Hussain
Fatma Abd-Alhaleem
Research Journal
1st international conference on New Horizons in
Basic and Applied Science (ICNHBAS 2013)
Research Pages
10
Research Rank
3
Research Website
http://www.nhbas2013.com
Research Year
2013

Enhancement of Interactive Face Image Deformation
Based on Bounded Biharmonic Weights

Research Abstract
Face deformation plays a key role in many ap- plications such as: lm production, games, face animation, artistic purposes, and facial plastic surgery planning. However, most of the ex- isting image retouching techniques are mainly designed for low-level editing tasks. So it is dicult with the existing techniques to deform images containing faces. In this paper we de- velop an interactive real time face deformation technique that lets users deform the faces eas- ily using a small number of control points. Our goal is to achieve a visually satisfactory out- come with low time complexity compared to the existing techniques.
Research Authors
Khaled F. Hussain
Fatma Abd-Alhaleem
Research Journal
1st international conference on New Horizons in
Basic and Applied Science (ICNHBAS 2013)
Research Pages
10
Research Rank
3
Research Website
http://www.nhbas2013.com
Research Year
2013
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