Suggested by: Hermann Klug, Bernhard Salcher
Short description: For this thesis, the spatial context will be within the Landscape Lab
in Koppl. The BSc student interested in geological and geomorphological
phenomena should compile a respective solid overview of the Mondsee
catchment with a particular focus on the sub-catchment Koppl. This
thesis is based on a literature study only. It is expected that the
student has comprehensive knowledge in German language to understand the
available literature. Furthermore, experiences in methods of scientific
writing to ensure proper citation of literature is required. The
objective of this topic is to explain the genesis of the landscape, to
explain the geomorphological structure and to name them. Preferably, the
student is taking pictures of the geo(morpho)logical elements and
documents and explain them in the BSc.
References/Suggested reading
All available literature will be provided as PDF and Endnote readable RIS file.
Prerequisites/qualification: Basic knowledge in Geology. Experiences in reading scientific texts. Advanced skills in scientific writing.
Start: As soon as possible, any time
Z_GIS - StudentProjects [interns.projects.BSc.IPs]
Friday, October 20, 2017
IP: Mountain bike Race Assistant
Suggested by: Hermann Klug
Short description: The IP student is interested in mountain biking and has solid experiences in web service developments. The idea of this application is to provide an online interface where mountain bikers on a defined race track can be tracked via web services. Parameters such as location, slope angle, driving speed and heart rate of the cycler can be accessed from an online interface. All mentioned parameters are visible on a web map service updated every second. While the driver's position is visible on a map, it also displays the position on a height profile.
References/Suggested reading
Short description: The IP student is interested in mountain biking and has solid experiences in web service developments. The idea of this application is to provide an online interface where mountain bikers on a defined race track can be tracked via web services. Parameters such as location, slope angle, driving speed and heart rate of the cycler can be accessed from an online interface. All mentioned parameters are visible on a web map service updated every second. While the driver's position is visible on a map, it also displays the position on a height profile.
References/Suggested reading
KLUG, H. & A. KMOCH (2015),
Operationalizing environmental indicators for real time multi-purpose decision
making and action support. Ecological Modelling Nr. 295, p. 66-74, http://dx.doi.org/10.1016/j.ecolmodel.2014.04.009.
Prerequisites/qualification: Experiences with Sensor Observation Services, delivery of sensor values, implementation of a Web GIS, web programming
Start: As soon as possible, any time
Prerequisites/qualification: Experiences with Sensor Observation Services, delivery of sensor values, implementation of a Web GIS, web programming
Start: As soon as possible, any time
Friday, January 6, 2017
Central places in air transport networks
Cities have very different degrees of connectivity and thus centrality within the global web of individual mobility. Passenger air transport offers well documented metrics, eg by looking at nonstop destinations, frequency of flights and number of seats offered.
Within the wider framework of 'relational geography', the analysis of connectivity is one step in the development of indicators which allow monitoring over time, ranking of places and establishing relations with other (eg economic) observations.
Public web services provide access to flight statistics, data will need to be aggregated in an adequate database environment and visualized via web maps. This kind of project can be completed as a standalone effort, or lead to a deeper involvement eg through a thesis.
Contact: Josef.Strobl@sbg.ac.at
Within the wider framework of 'relational geography', the analysis of connectivity is one step in the development of indicators which allow monitoring over time, ranking of places and establishing relations with other (eg economic) observations.
Public web services provide access to flight statistics, data will need to be aggregated in an adequate database environment and visualized via web maps. This kind of project can be completed as a standalone effort, or lead to a deeper involvement eg through a thesis.
Contact: Josef.Strobl@sbg.ac.at
Friday, December 30, 2016
GNSS reception characteristics around Techno-Z campus
The positioning quality of GNSS/GPS depends, among numerous other factors, on the topography around the receiver. In a built environment with structures obscuring part of the local horizon as well as reflecting signals, these and further effects will lead to strong local variability in positioning results.
Using different types of receivers as well as mission planning software the Techno-Z campus shall be explored and documented. Results have a research and (predominantly) instructional orientation.
Contact: Josef.Strobl@sbg.ac.at
Using different types of receivers as well as mission planning software the Techno-Z campus shall be explored and documented. Results have a research and (predominantly) instructional orientation.
Contact: Josef.Strobl@sbg.ac.at
Wednesday, December 28, 2016
App: explaining Latin inscriptions in Salzburg
Source |
Solid computer skills are required (eg handling platforms like Wikitude Studio), no programming is anticipated. As an outcome, we aim at a prototype app linking location, image and a brief explanatory text.
Contact: Josef.Strobl@sbg.ac.at
WebMap / StoryMap International Students @PLUS
The University of Salzburg each semester publishes the numbers of international students by country of origin. A time series of these data sets shall be designed and published as a storymap. The target audience would be university administration / leadership and anyone interested in exploring the structure of PLUS' international student body.
See this web app as a prototype app >>> http://tinyurl.com/PLUS16W
As an alternative, a similar project can be set up analyzing origins of students within Austria and nearby.
Contact: Josef.Strobl@sbg.ac.at
See this web app as a prototype app >>> http://tinyurl.com/PLUS16W
As an alternative, a similar project can be set up analyzing origins of students within Austria and nearby.
Contact: Josef.Strobl@sbg.ac.at
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