Psyosphere: Analyse GPS Data

Benjamin Ziepert (Developer), Elze Gooitzen Ufkes (Developer), Peter W. de Vries (Developer)

Research output: Non-textual formSoftwareAcademic

Abstract

Analyse location data such as latitude, longitude, and elevation. Based on spherical trigonometry, variables such as speed, bearing, and distances can be calculated from moment to moment, depending on the sampling frequency of the equipment used, and independent of scale. Additionally, the package can plot tracks, coordinates, and shapes on maps, and sub-tracks can be selected with point-in-polygon or other techniques. The package is optimized to support behavioural science experiments with multiple tracks. It can detect and clean up errors in the data, and resulting data can be exported to be analysed in statistical software or geographic information systems (GIS).
Original languageEnglish
PublisherCRAN
Media of outputOnline
Publication statusPublished - 3 May 2018

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GPS
polygon
software
sampling
experiment
geographic information system
longitude
behavioural science
speed

Cite this

Ziepert, B. (Developer), Ufkes, E. G. (Developer), & de Vries, P. W. (Developer). (2018). Psyosphere: Analyse GPS Data. Software, CRAN. Retrieved from https://cran.r-project.org/package=psyosphere
Ziepert, Benjamin (Developer) ; Ufkes, Elze Gooitzen (Developer) ; de Vries, Peter W. (Developer). / Psyosphere: Analyse GPS Data. [Software].
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title = "Psyosphere: Analyse GPS Data",
abstract = "Analyse location data such as latitude, longitude, and elevation. Based on spherical trigonometry, variables such as speed, bearing, and distances can be calculated from moment to moment, depending on the sampling frequency of the equipment used, and independent of scale. Additionally, the package can plot tracks, coordinates, and shapes on maps, and sub-tracks can be selected with point-in-polygon or other techniques. The package is optimized to support behavioural science experiments with multiple tracks. It can detect and clean up errors in the data, and resulting data can be exported to be analysed in statistical software or geographic information systems (GIS).",
author = "Benjamin Ziepert and Ufkes, {Elze Gooitzen} and {de Vries}, {Peter W.}",
year = "2018",
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Ziepert, B, Ufkes, EG & de Vries, PW, Psyosphere: Analyse GPS Data, 2018, Software, CRAN.
Psyosphere: Analyse GPS Data. Ziepert, Benjamin (Developer); Ufkes, Elze Gooitzen (Developer); de Vries, Peter W. (Developer). 2018. CRAN.

Research output: Non-textual formSoftwareAcademic

TY - ADVS

T1 - Psyosphere: Analyse GPS Data

A2 - Ziepert, Benjamin

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A2 - de Vries, Peter W.

PY - 2018/5/3

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N2 - Analyse location data such as latitude, longitude, and elevation. Based on spherical trigonometry, variables such as speed, bearing, and distances can be calculated from moment to moment, depending on the sampling frequency of the equipment used, and independent of scale. Additionally, the package can plot tracks, coordinates, and shapes on maps, and sub-tracks can be selected with point-in-polygon or other techniques. The package is optimized to support behavioural science experiments with multiple tracks. It can detect and clean up errors in the data, and resulting data can be exported to be analysed in statistical software or geographic information systems (GIS).

AB - Analyse location data such as latitude, longitude, and elevation. Based on spherical trigonometry, variables such as speed, bearing, and distances can be calculated from moment to moment, depending on the sampling frequency of the equipment used, and independent of scale. Additionally, the package can plot tracks, coordinates, and shapes on maps, and sub-tracks can be selected with point-in-polygon or other techniques. The package is optimized to support behavioural science experiments with multiple tracks. It can detect and clean up errors in the data, and resulting data can be exported to be analysed in statistical software or geographic information systems (GIS).

M3 - Software

PB - CRAN

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Ziepert B (Developer), Ufkes EG (Developer), de Vries PW (Developer). Psyosphere: Analyse GPS Data CRAN. 2018.