Différences entre les versions de « Job offers »
De
| Ligne 2 : | Ligne 2 : | ||
<div style="text-align: justify"> | <div style="text-align: justify"> | ||
= Job offers = | = Job offers = | ||
| + | You will find on this page details about the job offers related to HDWorlds project. Stay tuned! | ||
| + | <!-- | ||
More details about the following job offers will be released soon. Stay tuned! | More details about the following job offers will be released soon. Stay tuned! | ||
* A PhD student (36 months) will be hired by the ICube partner. | * A PhD student (36 months) will be hired by the ICube partner. | ||
| Ligne 9 : | Ligne 11 : | ||
* A Post-Doctoral Researcher (12 months) will be hired by the GEOMOD-LIRIS partner. | * A Post-Doctoral Researcher (12 months) will be hired by the GEOMOD-LIRIS partner. | ||
* A platform engineer (18 months) will be hired by the GEOMOD-LIRIS partner. | * A platform engineer (18 months) will be hired by the GEOMOD-LIRIS partner. | ||
| − | * Three Master degree students will be hired for a training period of 6 months by the GEOMOD-LIRIS partner. | + | * Three Master degree students will be hired for a training period of 6 months by the GEOMOD-LIRIS partner. --> |
-------- | -------- | ||
| − | |||
=== '''Ph.D. position''' - ''Synthesis of realistic procedural textures influenced by environment'' === | === '''Ph.D. position''' - ''Synthesis of realistic procedural textures influenced by environment'' === | ||
| Ligne 20 : | Ligne 21 : | ||
'''Location - '''SIR-XLIM, Limoges.<BR> | '''Location - '''SIR-XLIM, Limoges.<BR> | ||
'''Contact - '''[http://www.xlim.fr/personnel/gilet-guillaume '''Guillaume Gilet'''], [http://www.xlim.fr/personnel/merillou-nicolas '''Nicolas Mérillou''']. | '''Contact - '''[http://www.xlim.fr/personnel/gilet-guillaume '''Guillaume Gilet'''], [http://www.xlim.fr/personnel/merillou-nicolas '''Nicolas Mérillou''']. | ||
| + | -------- | ||
| + | === '''Ph.D. position''' - ''Multi-channel procedural models for modelling virtual worlds'' === | ||
| + | |||
| + | '''Summary -''' Authoring huge virtual scenes with a high level of detail is a perennial challenge in the digital entertainment industry. Procedural models have demonstrated to be efficient and compact generating tools that allow for the creation of huge scenes in real time. Textures as well terrain or city geometry can be generated with this approach. However, most existing models consider single-channel data (such as gray-scale textures or terrain elevation), while realistic scenes may exhibit complex interactions between different types of data, each data being represented by one or several channels. In this project, we will focus on procedural multi-channel models based on sparse convolution of impulses with a dictionary. First, we will elaborate models that analyze and reproduce the correlations between the different channels. Second, we will propose algorithms to instantiate the models. | ||
| + | <BR> | ||
| + | [[:File:PhDsubjectMulti-channelproceduralmodels.pdf|See detailed description here]]<BR><BR> | ||
| + | '''Application deadline - '''14<sup>th</sup> july 2017.<BR> | ||
| + | '''Location - '''IGG-ICube, Strasbourg.<BR> | ||
| + | '''Contact - ''' [http://icube-igg.unistra.fr/fr/index.php/Basile_Sauvage '''Basile Sauvage'''], [http://icube-igg.unistra.fr/fr/index.php/Jean-Michel_Dischler '''Jean-Michel Dischler'''], [http://liris.cnrs.fr/eric.guerin/ '''Eric Guérin''']. | ||
| + | |||
</div> | </div> | ||
Version du 31 mai 2017 à 17:29
Job offers
You will find on this page details about the job offers related to HDWorlds project. Stay tuned!
Ph.D. position - Synthesis of realistic procedural textures influenced by environment
Summary - This thesis aims at increasing the realism of procedural textures in virtual synthetic worlds. The generated textures will take into acount the influence of external parameters, such as wind, pollution, weathering... The coupling of these parameters with a procedural creation process will ensure that the final appearance will be physically plausible and realistic while seamlessly incorporated into a virtual world.
See detailed description here
Application deadline - 1st august 2017.
Location - SIR-XLIM, Limoges.
Contact - Guillaume Gilet, Nicolas Mérillou.
Ph.D. position - Multi-channel procedural models for modelling virtual worlds
Summary - Authoring huge virtual scenes with a high level of detail is a perennial challenge in the digital entertainment industry. Procedural models have demonstrated to be efficient and compact generating tools that allow for the creation of huge scenes in real time. Textures as well terrain or city geometry can be generated with this approach. However, most existing models consider single-channel data (such as gray-scale textures or terrain elevation), while realistic scenes may exhibit complex interactions between different types of data, each data being represented by one or several channels. In this project, we will focus on procedural multi-channel models based on sparse convolution of impulses with a dictionary. First, we will elaborate models that analyze and reproduce the correlations between the different channels. Second, we will propose algorithms to instantiate the models.
See detailed description here
Application deadline - 14th july 2017.
Location - IGG-ICube, Strasbourg.
Contact - Basile Sauvage, Jean-Michel Dischler, Eric Guérin.
