COVID-19 FOSS initiatives - Revision history

astrid_emde: fixed U.S. Link to https://uscovid-19map.org/

2020-09-21T07:45:53Z

fixed U.S. Link to https://uscovid-19map.org/

Wiki-Lluís: /* COVID-19 FOSS initiatives */

2020-07-30T06:24:40Z

COVID-19 FOSS initiatives

Wiki-Lluís: /* COVID-19 FOSS initiatives */

2020-07-27T10:37:22Z

COVID-19 FOSS initiatives

Wiki-Rorschach at 10:57, 16 May 2020

2020-05-16T10:57:00Z

Wiki-Blammo: Added link to Covid-19 mapping effort by SharedGeo

2020-05-15T13:37:14Z

Added link to Covid-19 mapping effort by SharedGeo

Codrina at 09:05, 6 May 2020

2020-05-06T09:05:22Z

Codrina: Created page with "== Introduction== Our generation is facing one of the most difficult challenges of its time with consequences that will unravel for a long time, in all aspects of our existenc..."

2020-05-05T21:24:24Z

Created page with "== Introduction== Our generation is facing one of the most difficult challenges of its time with consequences that will unravel for a long time, in all aspects of our existenc..."

New page

== Introduction==
Our generation is facing one of the most difficult challenges of its time with consequences that will unravel for a long time, in all aspects of our existence. With much of our world in lockdown, our attentions turns towards the spread and evolution of the SARS-CoV-2 virus around the globe. Given the geospatial dimension of this threat, some of the OSGeo community members might be using their knowledge and experience to design and implement various applications to track, visualise or predict the COVID-19 pandemic evolution. <br />
This wiki page is dedicated to collect initiatives developed using FOSS solutions that are related to the COVID-19. We invite anyone involved in such an initiative or has knowledge of one, to acknowledge their efforts by including it in this list.

== COVID-19 FOSS initiatives ==
===[https://covid19.geo-spatial.org Coronavirus COVID-19 Romania]===
==== Romania, geo-spatial.org (Romanian OSGeo Local Chapter) ====
As soon as Romania registered its first official COVID-19 patient on February 26, the geo-spatial.org volunteers have collaboratively begun to work on an application based on the Romanian official data to disseminate to the public the evolution of the pandemic. The application presents visualizations related to the dimensions of the outbreak in Romania - confirmed cases, recovered and deaths - together with a series of statistics, as well as other relevant aspects covering the quarantine and applied restrictions, hospital infrastructure, marginalised communities, border traffic. Due to the un-structured and often modified manner in which the Romanian authorities are sharing the COVID-19 information, a significant part of the team's efforts are invested into collecting more detailed information from the local and national media, match it to the official reporting, structure and deliver it in a more relevant manner.

====FOSS employed ====
The application is build using Node.js, PostgreSQL+PostGIS, R on the backend side, OpenLayers, Angular, charts.js, Plotly and D3.js for the frontend side. </br>
The infrastructure is supported by [http://www.sage.ieat.ro/ SAGE group] from University of West Timișoara and CARTO.

@@ Line 22: / Line 22: @@
-===[https://covid19.geo-spatial.org U. S. Spread of COVID-19 Map and Analytics]===
+===[https://uscovid-19map.org/ U. S. Spread of COVID-19 Map and Analytics]===
 ==== U. S. A. - SharedGeo.org====
 In support of nationwide public service efforts to help individuals and organizations understand the rapidly expanding nature of the COVID-19 virus crisis in the U.S., [https://www.sharedgeo.org SharedGeo.org] created a series of maps and related analytics which includes a by-county time-lapse view of the spread. <br />

@@ Line 46: / Line 46: @@
 ===[https://mapscloud.udg.edu/covid19 COVID-19 incidence in Spain]===
 ==== COVID-19 incidence by autonomic regions in Spain ====
-The [https://www.udg.edu/en/sigte Geographical Information Systems and Remote Sensing Service (SIGTE)] of the University of Girona has developed a dynamic map that shows the official aggregated data on the evolution of patients, recovered, and deceased by COVID-19 in the autonomic regions of Spain. The time span of this map comprises from the start of the pandemic up until May 20 2020, when the [https://www.mscbs.gob.es/en/profesionales/saludPublica/ccayes/alertasActual/nCov-China/documentos/COVID19_Estrategia_vigilancia_y_control_e_indicadores.pdf COVID-19 Early Detection, Surveillance and Control Strategy] came into force. Due to the entry into force of this strategy, only the new daily cases are provided at the provincial level, leaving aside the recovered and the deceased.<br />
+The [https://www.udg.edu/en/sigte Geographical Information Systems and Remote Sensing Service (SIGTE)] of the University of Girona has developed a dynamic map that shows the official aggregated data on the evolution of patients, recovered, and deceased by COVID-19 in the autonomic regions of Spain. The time span of this map comprises the start of the pandemic up until May 20 2020, when the [https://www.mscbs.gob.es/en/profesionales/saludPublica/ccayes/alertasActual/nCov-China/documentos/COVID19_Estrategia_vigilancia_y_control_e_indicadores.pdf COVID-19 Early Detection, Surveillance, and Control Strategy] came into force. Due to the entry into force of this strategy, only the new daily cases are provided at the provincial level, leaving aside the recovered and the deceased.<br />
-According to the counting criteria of the [https://www.mscbs.gob.es/en/profesionales/saludPublica/ccayes/alertasActual/nCov-China/situacionActual.htm Ministry of Health, Consumer Affairs and Social Welfare] before the entry into force of the Strategy mentioned above, only patients with a positive result in the PCR test are counted as sick people. In contrast, recovered and deceased patients include patients diagnosed by PCR + and rapid tests, so that the number of discharges may at some point exceed the number of patients. A script with Python was designed to update the data shown on the web map daily with the [https://cnecovid.isciii.es/covid19/#documentaci%C3%B3n-y-datos officials] provided by the Carlos III Health Institute.
+According to the counting criteria of the [https://www.mscbs.gob.es/en/profesionales/saludPublica/ccayes/alertasActual/nCov-China/situacionActual.htm Ministry of Health, Consumer Affairs, and Social Welfare] before the entry into force of the Strategy mentioned above, only patients with a positive result in the PCR test are counted as sick people. In contrast, recovered and deceased patients include patients diagnosed by PCR + and rapid tests, so that the number of discharges may at some point exceed the number of patients. A script with Python was designed to update the data shown on the web map daily with the [https://cnecovid.isciii.es/covid19/#documentaci%C3%B3n-y-datos officials] provided by the Carlos III Health Institute.
 * https://mapscloud.udg.edu/covid19
 ====FOSS employed ====
-The application is build using PostgreSQL+PostGIS, OpenLayers, D3.js and Python. <br />
+The application is build using PostgreSQL+PostGIS, OpenLayers, D3.js, and Python. The background map is provided by Mapbox. <br />

← Older revision		Revision as of 10:37, 27 July 2020
Line 42:		Line 42:
	====FOSS employed ====		====FOSS employed ====
	The platform uses CARTO for the backend through their [https://carto.com/grants/#form grant program]. Mapbox, Charts.JS, and other JavaScript libraries are used for the frontend.		The platform uses CARTO for the backend through their [https://carto.com/grants/#form grant program]. Mapbox, Charts.JS, and other JavaScript libraries are used for the frontend.
		+
		+
		+	===[https://mapscloud.udg.edu/covid19 COVID-19 incidence in Spain]===
		+	==== COVID-19 incidence by autonomic regions in Spain ====
		+	The [https://www.udg.edu/en/sigte Geographical Information Systems and Remote Sensing Service (SIGTE)] of the University of Girona has developed a dynamic map that shows the official aggregated data on the evolution of patients, recovered, and deceased by COVID-19 in the autonomic regions of Spain. The time span of this map comprises from the start of the pandemic up until May 20 2020, when the [https://www.mscbs.gob.es/en/profesionales/saludPublica/ccayes/alertasActual/nCov-China/documentos/COVID19_Estrategia_vigilancia_y_control_e_indicadores.pdf COVID-19 Early Detection, Surveillance and Control Strategy] came into force. Due to the entry into force of this strategy, only the new daily cases are provided at the provincial level, leaving aside the recovered and the deceased.<br />
		+
		+	According to the counting criteria of the [https://www.mscbs.gob.es/en/profesionales/saludPublica/ccayes/alertasActual/nCov-China/situacionActual.htm Ministry of Health, Consumer Affairs and Social Welfare] before the entry into force of the Strategy mentioned above, only patients with a positive result in the PCR test are counted as sick people. In contrast, recovered and deceased patients include patients diagnosed by PCR + and rapid tests, so that the number of discharges may at some point exceed the number of patients. A script with Python was designed to update the data shown on the web map daily with the [https://cnecovid.isciii.es/covid19/#documentaci%C3%B3n-y-datos officials] provided by the Carlos III Health Institute.
		+
		+	* https://mapscloud.udg.edu/covid19
		+
		+	====FOSS employed ====
		+	The application is build using PostgreSQL+PostGIS, OpenLayers, D3.js and Python. <br />

← Older revision		Revision as of 10:57, 16 May 2020
Line 29:		Line 29:
	*https://www.sharedgeo.org/COVID-19/		*https://www.sharedgeo.org/COVID-19/
	*https://uscovid-19map.org/		*https://uscovid-19map.org/
		+
		+	===[https://stompcovidph.com STOMP COVID-19 \| PH]===
		+	====[https://bnhr.xyz BNHR]====
		+	The COVID-19 Status Tracking, Overview, and Mapping Project (#STOMPCOVIDPH) is a platform utilizing free and open technologies to provide open, granular, and up-to-date COVID-19 data, statistics, maps, visualizations, and analyses of the Philippine situation. It shows case information and statistics, maps and visualizations, and allows for data to be downloaded so it can be used by others for their own purposes.
		+
		+	To learn more, visit [https://stompcovidph.com the #STOMPCOVID website].
		+	* [https://stompcovidph.com Home]
		+	* [https://www.stompcovidph.com/stats/local.html Local Statistics]
		+	* [https://www.stompcovidph.com/maps Maps]
		+	* [https://www.stompcovidph.com/contribute Contribute Data]
		+
		+	====FOSS employed ====
		+	The platform uses CARTO for the backend through their [https://carto.com/grants/#form grant program]. Mapbox, Charts.JS, and other JavaScript libraries are used for the frontend.

@@ Line 15: / Line 15: @@
 * https://covid19.geo-spatial.org/api/dashboard/getCasesByAgeGroup
 * https://covid19.geo-spatial.org/api/dashboard/getDailyCases
 ====FOSS employed ====
@@ Line 21: / Line 20: @@
 The infrastructure is supported by [http://www.sage.ieat.ro/ SAGE group] from University of West Timișoara and CARTO, through their [https://carto.com/grants/#form grant program].

@@ Line 1: / Line 1: @@
 == Introduction==
-Our generation is facing one of the most difficult challenges of its time with consequences that will unravel for a long time, in all aspects of our existence. With much of our world in lockdown, our attentions turns towards the spread and evolution of the SARS-CoV-2 virus around the globe. Given the geospatial dimension of this threat, some of the OSGeo community members might be using their knowledge and experience to design and implement various applications to track, visualise or predict the COVID-19 pandemic evolution. <br />
+Our generation is facing one of the most difficult challenges of its time with consequences that will unravel for a long time, in all aspects of our existence. With much of our world in lockdown, our attention turns towards the spread and evolution of the SARS-CoV-2 virus around the globe. Given the geospatial dimension of the threat, some of the OSGeo community members might be using their knowledge and experience to design and implement various applications to track, visualise or predict the COVID-19 pandemic evolution. <br />
-This wiki page is dedicated to collect initiatives developed using FOSS solutions that are related to the COVID-19. We invite anyone involved in such an initiative or has knowledge of one, to acknowledge their efforts by including it in this list.
+This wiki page is dedicated to collect COVID-19 related initiatives developed using FOSS solutions. We invite anyone involved in such an initiative or has knowledge of one, to acknowledge their efforts by including it in this list.
 == COVID-19 FOSS initiatives ==
 ===[https://covid19.geo-spatial.org Coronavirus COVID-19 Romania]===
 ==== Romania, geo-spatial.org (Romanian OSGeo Local Chapter) ====
-As soon as Romania registered its first official COVID-19 patient on February 26, the geo-spatial.org volunteers have collaboratively begun to work on an application based on the Romanian official data to disseminate to the public the evolution of the pandemic. The application presents visualizations related to the dimensions of the outbreak in Romania - confirmed cases, recovered and deaths - together with a series of statistics, as well as other relevant aspects covering the quarantine and applied restrictions, hospital infrastructure, marginalised communities, border traffic. Due to the un-structured and often modified manner in which the Romanian authorities are sharing the COVID-19 information, a significant part of the team's efforts are invested into collecting more detailed information from the local and national media, match it to the official reporting, structure and deliver it in a more relevant manner.
+As soon as Romania registered its first official COVID-19 patient on February 26, the geo-spatial.org volunteers have collaboratively begun to work on an application based on the Romanian official data to disseminate to the public the evolution of the pandemic. The application presents visualizations related to the dimensions of the outbreak in Romania - confirmed cases, recovered and deaths - together with a series of statistics, as well as other relevant aspects covering quarantine and applied restrictions, hospital infrastructure, marginalised communities, border traffic. Due to the un-structured and often modified manner in which the Romanian authorities are sharing COVID-19 information, a significant part of the team's efforts are invested into collecting more detailed information from the local and national media, match it to the official reporting, structure and deliver it in a more relevant manner. The collected, cleaned data can be accessed as JSON format using a dedicate API (the API is momentarily static, nevertheless, we will analyse the possibility of filter set-ups for future releases):
 ====FOSS employed ====
-The application is build using Node.js, PostgreSQL+PostGIS, R on the backend side, OpenLayers, Angular, charts.js, Plotly and D3.js for the frontend side. </br>
+The application is build using Node.js, PostgreSQL+PostGIS, R on the backend side, OpenLayers, Angular, charts.js, Plotly and D3.js for the frontend side and it is available under un MIT license on [https://github.com/geospatialorg/covid19 Github]. <br />
 The infrastructure is supported by [http://www.sage.ieat.ro/ SAGE group] from University of West Timișoara and CARTO.