Johannes Scholz
Research skills
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Technicalall related to GIS, SDSS, Operations Research methods: Metaheuristics, Heuristics and Exact Techniques
Research interests
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Interestsmodern research ideas in the field of SDSS (even applied to forestry), modern optimization techniques: heuristics, Metaheuristic
Research experience
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Oct 2010–
Oct 2011Research: spatial-temporal Level of Detail
Vienna University of Technology · Institute of Geoinformation and Cartography · Vienna University of TechnologyGeoinformation · Vienna -
Dec 2009–
Oct 2010Research: Land Information System Austria
Graz University of Technology · Institute of Photogrammetry and Remote Sensing · Graz University of TechnologyGraz -
May 2009–
Mar 2010Research: Real-time Spatial Optimization
Graz University of Technology · Institute of Geoinformation · Graz University of TechnologyGraz -
Dec 2008–
Apr 2009Research: SOSGuide
Graz University of Technology · of Navigation and Satellite Geodesy · Graz University of TechnologyGraz -
Apr 2007–
Nov 2008Research: Database of Bavarian Dialects in Austria Electronically Mapped
Graz University of Technology · Institute of Geoinformation · Graz University of TechnologyGraz -
Jan 2006–
Dec 2006Research: ROADS-Realtime Online Applications for Decision Support: From Sensors to Decisions
Carinthia University of Applied Sciences · School of Geoinformation · Carinthia University of Applied Sciences -
Aug 2005–
Feb 2006Research: Timber logistics for forest association Carinthia
Carinthia University of Applied Sciences · School of Geoinformation · Carinthia University of Applied Sciences -
Sep 2004–
Dec 2005Research: NETQUEST
Carinthia University of Applied Sciences · School of Geoinformation · Carinthia University of Applied Sciences
Awards & achievements
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Sep 2004Award: Build! Diploma Thesis Award - 1st prize
Other
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LanguagesGerman (native), English (fluent)
Publications
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Optimizing the Wood Supply Chain –Concept and Methods
International Journal of Spatial Data Infrastructures Research. 01/2008;
Traditional Wood Supply Chain Management has several shortcomings that limit the performance. Thus we propose a Spatial Decision Support System that supports the operations planning within the Wood Supply Chain. The intended system comprises several aspects of GIScience and Operations Research. Amon... [more] Traditional Wood Supply Chain Management has several shortcomings that limit the performance. Thus we propose a Spatial Decision Support System that supports the operations planning within the Wood Supply Chain. The intended system comprises several aspects of GIScience and Operations Research. Among them there are Location Based Services and Web Services and further standardization issues that arise in this context. In order to solve the scheduling task within the Wood Supply Chain several theoretical models and solution methods originating from Operations Research are discussed. The architecture of the intended Spatial Decision Support System collects the concepts within one system.
Following (4)
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Remi Mollicone
CFAR-m -
Adrian O'Connor
University of the Sunshine Coast -
Manuela Schmidt
Technische Universität Wien -
Darsh Worah
National Dairy Development Board