Difference between revisions of "Anastasiia Bozhok"
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Doctoral advisors : Jihad Zallat (PR, ICube TRIO) and [[Christian Heinrich]] (PR, ICube MIV) | Doctoral advisors : Jihad Zallat (PR, ICube TRIO) and [[Christian Heinrich]] (PR, ICube MIV) | ||
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The general context of the thesis is the plenoptic tomography for microscopy. The application framework is biology and medicine, with a view to proposing original tools for the analysis of tissues. | The general context of the thesis is the plenoptic tomography for microscopy. The application framework is biology and medicine, with a view to proposing original tools for the analysis of tissues. | ||
This research work is part of a currently ongoing project in the transverse axis "physical imaging and imaging systems" (Imagerie Physique et Systèmes - IPS) of the ICube laboratory. The application framework has also included this project in the axis "medical and surgical imaging and robotics" (Imagerie et Robotique Médicale et Chirurgicale - IRMC) of the ICube laboratory. | This research work is part of a currently ongoing project in the transverse axis "physical imaging and imaging systems" (Imagerie Physique et Systèmes - IPS) of the ICube laboratory. The application framework has also included this project in the axis "medical and surgical imaging and robotics" (Imagerie et Robotique Médicale et Chirurgicale - IRMC) of the ICube laboratory. | ||
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Revision as of 18:11, 6 December 2016
PhD Student
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PhD topic
Plenoptic tomography for 3D microscopy - device and algorithms
Doctoral advisors : Jihad Zallat (PR, ICube TRIO) and Christian Heinrich (PR, ICube MIV)
The general context of the thesis is the plenoptic tomography for microscopy. The application framework is biology and medicine, with a view to proposing original tools for the analysis of tissues.
This research work is part of a currently ongoing project in the transverse axis "physical imaging and imaging systems" (Imagerie Physique et Systèmes - IPS) of the ICube laboratory. The application framework has also included this project in the axis "medical and surgical imaging and robotics" (Imagerie et Robotique Médicale et Chirurgicale - IRMC) of the ICube laboratory.
Teaching
- 1A : Numerical analysis
- 1A : Probability and stochastic processes
- 2A : Signal processing