Live GIS GSoC 2015 - Revision history

Wiki-Epifanio at 03:07, 7 April 2015

2015-04-07T03:07:04Z

Wiki-Epifanio at 03:05, 7 April 2015

2015-04-07T03:05:53Z

Wiki-Epifanio: /* Willing to Mentor */

2015-03-19T05:51:21Z

Willing to Mentor

Wiki-Epifanio: /* Willing to Mentor */

2015-03-18T03:48:36Z

Willing to Mentor

Wiki-Epifanio: /* Student */

2015-03-18T03:48:15Z

Student

Wiki-Epifanio: /* Mentors */

2015-03-18T03:47:30Z

Mentors

Wiki-Epifanio at 19:03, 16 March 2015

2015-03-16T19:03:09Z

Wiki-Epifanio: /* About */

2015-03-16T16:58:16Z

About

Wiki-Epifanio: /* About */

2015-03-16T16:55:07Z

About

Wiki-Epifanio: /* About */

2015-03-16T16:51:38Z

About

← Older revision		Revision as of 03:07, 7 April 2015
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−	[~~https~~://www.google-melange.com/gsoc/proposal/~~review/student~~/google/gsoc2015/massimo_di_stefano/5643440998055936 complete proposal]	+	[http://www.google-melange.com/gsoc/proposal/public/google/gsoc2015/massimo_di_stefano/5643440998055936 complete proposal]

	==About==		==About==

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 =Integration of geospatial OSS in educational notebooks=
 ==About==
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 [[Category: Live-demo]]

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 == Willing to Mentor ==
-* Cameron Shorter (@rsignell-usgs GitHub id)
+* Cameron Shorter (@camerons GitHub id)
-* Rich Signell (@kalxas GitHub id)
+* Rich Signell (@rsignell-usgs GitHub id)
 * Angelos Tzotsos (@kalxas GitHub id)
 [[Category: Live-demo]]

← Older revision		Revision as of 03:48, 18 March 2015
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	[[Category: Live-demo]]		[[Category: Live-demo]]
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−
−
−
−	* [https://github.com/hotosm/HOT-Project-Ideas/issues/15 HOT-Project-Ideas GSoC 2015]

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 == Student ==
-* Massimo Di Stefano <epiesasha AT me com>
+* Massimo Di Stefano (@epifanio GitHub id)
 == Willing to Mentor ==

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 This GSoC 2015 Idea will focus on the development of a cross-projects python library with the aim of bridging together the several software libraries already installed on the live through the use of the Jupyter notebook server [1] in a series of "topic-oriented" geospatial notebooks.
-This work will not include only python libraries, thanks to the recently added support for different type of kernels like R and Bash Octave and more,  it is now possible to include in a notebook any command line tools installed on the live. With a strong focus on the "educational" side of the OSGeo-Live, this idea will improve substantially the users experience in having access to many tools under the OSGeo umbrella. The OSGeo-Live user will learn how to bring all this software together as well as learn how to process geospatial data using other standard scientific tools for data exploration. Each notebook will guide the user on how to build new information from the dataset already available on the OSGeo-live disc.
 The "topic-oriented" notebooks can include :
 * I/O raster and vector data (import export between several formats, subsetting, sql query)
-* Raster vector reprojection
+* raster vector reprojection
-* Access to web resources using OGC standard (WMS, WFS, WCS trough CSW catalogs)
+* access to web resources using OGC standard (WMS, WFS, WCS trough CSW catalogs)
-* Raster algebra (array processing, filtering, profile, statistics, ..)
+* raster algebra (single array operation, filtering, band merge, band-ratio, time-series)
-* Satellite derived product (working with landsat, image enhancements, bande merge, band-ratio, pansharpening, mosaic .. )
+* satellite derived product (working with landsat, image enhancements, bande merge, pansharpening, mosaic .. )
-* Time series of gridded data
+* time series of gridded data
-* Intro to geostatistics
+* intro to geostatistics
-* Simple web-gis products (publish result of processing in projects based on js library like openlayers, leaflet and similar)
+* simple web-gis products (publish result of processing in projects based on js library like openlayers, leaflet and similar)
 ...
-This idea integrates several projects such as GDAL, GRASS, OSSIM, R, OTB, Numpy, Scipy, Pandas, R, owslib, netcdf4-python, pycsw, openlayer/leaflet/cesium, qgis-browser, gmt, postgis, in addition to the python specific projects (e.g. fiona, shapely, geopandas, scikit-image, pysal, cartopy, iris, and more). Generally each library that has python bindings and or is accessible from the command line.
+Part of this idea is to develop a software library written in python, to simplify the usage of geospatial data inside the notebook. Providing wrapper function to assolve general tasks like I/O, Database connections, map display using gui widgets and rich text for data documentation and report building.
 Part of this idea is to :

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 Part of this idea is to :
-* Develop topic oriented geospatial notebooks
+* Develop topic oriented geospatial notebooks as described above (topics TBD)
-* implement a software library written in python, to simplify the usage of geospatial data inside the notebook. Providing wrapper function to assolve general tasks like I/O, Database connections, map display using gui widgets and rich text for data documentation and report building.
+* implement a software library written in python, to simplify the usage of geospatial data inside the notebook. This library will provide helper function to work with geospatial data (e.g. general tasks like I/O, Database connections, map display using gui widgets and rich text for data documentation and report building) taking advantage of the api provided by Jupyter.
 * Reorganize the way how python libraries are installed on the live by packaging, as .deb, each python project that is missing a proper debian package. Resulting deb can then be upload on the ubuntu gis repository (before approval to ubuntu/debian gis official repository, the packages can can be hosted on an ad-hoc OSgeo-Live debian repository in incubation state)
 * Revisiting and upgrading existent OsGeo-Live Quickstart documentation for each project involved in this idea (the rst file format used by OSGeo-Live documentation can be generated on the fly by running notebooks in batch mode, this will integrate quickstart testing and document building in a single process, keeping the quickstarter (notebbok-enabled) up-to-date)

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 * implement a software library written in python, to simplify the usage of geospatial data inside the notebook. Providing wrapper function to assolve general tasks like I/O, Database connections, map display using gui widgets and rich text for data documentation and report building.
 * Reorganize the way how python libraries are installed on the live, packaging each project that is missing a proper debian package,  to be upload on the debian gis repository
-* Revisiting and upgrading existent OsGeo-Live Quickstart documentation for each project involved in this idea (the rst used by OSGeo-Live documentation tools can be generated on the fly by running notebooks in batch mode, this will integrate testing and document building procedure for certain software)
+* Revisiting and upgrading existent OsGeo-Live Quickstart documentation for each project involved in this idea (the rst file format used by OSGeo-Live documentation can be generated on the fly by running notebooks in batch mode, this will integrate quickstart testing and document building in a single process, keeping the quickstarter (notebbok-enabled) up-to-date)