Difference between revisions of "AccesoBarrio"

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** Jim Walker (Walk21.com) : 2018, 2019
 
** Jim Walker (Walk21.com) : 2018, 2019
 
* PhD Students:
 
* PhD Students:
−
** Ignacio Tiznado (2015-18)
+
** Ignacio Tiznado (2015-18, main: JC Muñoz, PUC)
−
** Tomas Cox (2015)
+
** Tomas Cox (2015, main: R. Hurtubia, PUC)
 
* Thesis students:
 
* Thesis students:
−
** David Muñoz (UdeC, 2016-17)
+
** David Muñoz (UdeC, 2016-17, main: C. Rojas, UdeC)
−
** Tomas Galdames (UdeC, 2016-17)
+
** Tomas Galdames (UdeC, 2016-17, main: C. Rojas, UdeC)
−
** Ignacio Guimpert (PUC, 2017-18)
+
** Ignacio Guimpert (PUC, 2017-18, main: R. Hurtubia, PUC)
−
** Gonzalo Suazo (PUC, 2015-16)
+
** Gonzalo Suazo (PUC, 2015-16, main: JC. Muñoz, PUC)
 
* Part-time contributors:
 
* Part-time contributors:
 
** Gonzalo Arias (data analyst, 4m, 2016-17)
 
** Gonzalo Arias (data analyst, 4m, 2016-17)
 
** Ricardo Ardiles (web development, 7m, 2016-17)  
 
** Ricardo Ardiles (web development, 7m, 2016-17)  
 
** Cristian Villaleiva (UAV drone pilot, 4m, 2016)
 
** Cristian Villaleiva (UAV drone pilot, 4m, 2016)
−
** Daniel Flores (web development, 3m + 3m, 2017-2019)
+
** Daniel Flores (web development, 3m + 4m, 2017-2019)
−
** Bryan Castillo (data analyst, 3-4m, 2018-2019)
+
** Bryan Castillo (data analyst, 4m, 2018-2019)
 
** survey team:
 
** survey team:
 
*** Santiago: Daniel Scott, Daniela Zamora (2015)
 
*** Santiago: Daniel Scott, Daniela Zamora (2015)
−
*** Concepcion: Tomas Galdames, Juan Varas (2017)
+
*** Concepcion: Tomas Galdames, Juan Varas (Ene. 2017)
−
*** Valdivia: Maria Alvarez, Felipe Aros (2017)
+
*** Valdivia: Maria Alvarez, Felipe Aros (Dic. 2017)
  
 
== Hardware & Social Networking ==
 
== Hardware & Social Networking ==
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** VMs:
 
** VMs:
 
** WYP VM : http://walkmyplace.cedeus.cl (146.155.17.19:17080)
 
** WYP VM : http://walkmyplace.cedeus.cl (146.155.17.19:17080)
 +
** new CC Front VM : http://ciudadcamiable.cedeus.cl (146.155.17.19:14080)
 
** RServer VM : 146.155.17.14:17080 - VRDE 7701
 
** RServer VM : 146.155.17.14:17080 - VRDE 7701
 
** Gitlab VM : http://146.155.17.14:18080
 
** Gitlab VM : http://146.155.17.14:18080
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** Robos
 
** Robos
 
** ...
 
** ...
−
* Social Networking
+
* Server Port Listing: [[PUC Server Ports]]
 +
* Web Presence
 
** Domain: www.CiudadCaminable.com
 
** Domain: www.CiudadCaminable.com
 +
** Subdomains: http://ciudadcaminable.cedeus.cl
 +
** Subdomains: http://walkmyplace.cedeus.cl
 
** Twitter: @CiudadCaminable
 
** Twitter: @CiudadCaminable
−
** email: caminata - at - cedeus
+
** email: caminata - at - cedeus@cedeus.cl
  
 
== Doc ==
 
== Doc ==
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* Walk21 2018 (Bogota) - Steiniger et al. (CEDEUS co-funded)
 
* Walk21 2018 (Bogota) - Steiniger et al. (CEDEUS co-funded)
 
* Intersecciones 2018 (Santiago) - Steiniger et al.
 
* Intersecciones 2018 (Santiago) - Steiniger et al.
−
* Sochigeo 2018 (Concepcion) - Steiniger et al. (CEDEUS funded)
+
* Fondecyt/CEDEUS Seminar 2019 (Concepcion) - Steiniger
−
* ...(Fondecyt/CEDEUS Seminar 2019 (Concepcion) - Steiniger)
+
  
 
Related Presentations, i.e. on (Research-) Data platform:
 
Related Presentations, i.e. on (Research-) Data platform:
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* FOSS4G 2017 (Paris)
 
* FOSS4G 2017 (Paris)
 
* AGILE 2018 (Lund)
 
* AGILE 2018 (Lund)
 +
* Sochigeo 2018 (Concepcion) - Steiniger et al. (CEDEUS funded)
  
 
== Comparative table ==
 
== Comparative table ==

Latest revision as of 22:24, 1 March 2019

Django Prototype Santiago: http://146.155.17.19:17080/ or http://walkmyplace.cedeus.cl

Aim

Development of a web-based platform to

  • evaluate urban accessibility
  • model and evaluate changes in accessibility due to transportation infrastructure changes

Team

  • Stefan Steiniger (lead, PUC)
  • Cristian Fuentes (developer)
  • co-investigators:
    • Ricardo Crespo (UBO),
    • Juan Carlos Muñoz (PUC),
    • Ricardo Hurtubia (PUC),
    • Olga Barbosa (UACH),
    • Carolina Rojas (UdeC)
  • Invited Collaborators:
    • Jim Walker (Walk21.com) : 2018, 2019
  • PhD Students:
    • Ignacio Tiznado (2015-18, main: JC Muñoz, PUC)
    • Tomas Cox (2015, main: R. Hurtubia, PUC)
  • Thesis students:
    • David Muñoz (UdeC, 2016-17, main: C. Rojas, UdeC)
    • Tomas Galdames (UdeC, 2016-17, main: C. Rojas, UdeC)
    • Ignacio Guimpert (PUC, 2017-18, main: R. Hurtubia, PUC)
    • Gonzalo Suazo (PUC, 2015-16, main: JC. Muñoz, PUC)
  • Part-time contributors:
    • Gonzalo Arias (data analyst, 4m, 2016-17)
    • Ricardo Ardiles (web development, 7m, 2016-17)
    • Cristian Villaleiva (UAV drone pilot, 4m, 2016)
    • Daniel Flores (web development, 3m + 4m, 2017-2019)
    • Bryan Castillo (data analyst, 4m, 2018-2019)
    • survey team:
      • Santiago: Daniel Scott, Daniela Zamora (2015)
      • Concepcion: Tomas Galdames, Juan Varas (Ene. 2017)
      • Valdivia: Maria Alvarez, Felipe Aros (Dic. 2017)

Hardware & Social Networking

Doc

WalkYourPlace Calgary (Andrew Hunter, Ebrahim Pooraziz, Stefan Steiniger)

WalkYourPlace Santiago

OSM Survey

Routing Engines

WYP Scenario Modelling

Publications (*ISI)

  • Steiniger, S., M.E. Poorazizi, and A.J.S. Hunter (2015)
    WalkYourPlace – Development of a web- based tool to evaluate urban accessibility. In: L. Rizzi, R. Hurtubia, P. Galilea et al. (eds.): XVII Congreso Chileno de Ingeniería de Transporte, Concepcion, Chile. (Paper - pdf)
  • Steiniger, S., Poorazizi, M. E., and A.J.S. Hunter (2016)
    Planning with Citizens: Implementation of an e-Planning Platform and Analysis of Research Needs. Urban Planning 1(2): 49-64. DOI: 10.17645/up.v1i2.607 (Open Access/free download: pdf)
  • Steiniger, S., Poorazizi, M. E., D.R. Scott, C. Fuentes and R. Crespo (2016)
    Can we use OpenStreetMap POIs for the Evaluation of Urban Accessibility? In: Proceedings of GISciene 2016, Montreal (CAN), short paper (pdf)
  • *Martínez, M., and C. Rojas (2016)
    Geographically weighted regression for modelling the accessibility to the public hospital network in Concepción Metropolitan Area, Chile. Geospatial Health 11(3) (pages?) (Open Access pdf)
  • *Sagaris, L, Tiznado-Aitken, I., and S. Steiniger (2017)
    Exploring the social and spatial potential of an intermodal approach to transport planning. International Journal of Sustainable Transportation 11 (10), 721-736. (T & F Online Link)
  •  ??? Ignacio Tiznado-Aitken - Panam Mexico 2017 ???
  •  ??? Tomas Cox - Australia/TRB 2017 ???
  • Coetzee, S., Steiniger, S., Köbben, B., Iwaniak, A., Kaczmarek, I., Rapant P, et al. (2017)
    The Academic SDI—Towards Understanding Spatial Data Infrastructures for Research and Education. In: Peterson M. (eds) Advances in Cartography and GIScience. ICACI 2017. Lecture Notes in Geoinformation and Cartography. Springer, Cham, pp. 99-113. (Springer Link)
  • *Steiniger, S., de la Fuente, H., Fuentes, C., Barton, J.R. , and J.C. Muñoz (2017)
    Building a geographic data repository for urban research with free software – learning from Observatorio.CEDEUS.cl. FOSS4G-EU - ISPRS Int. Arch. Photogramm. Remote Sens. Spatial Inf. Sci., Vol. XLII-4-W2, pp. 147-153 (PDF from ISPRS Archives website)
  • Guimpert, I., and R. Hurtubia (2016)
    Modelación de las fronteras del barrio caminable con modelos de elección discreta. Ingeniería de Transporte 20(2): 91-104. Online Link (originally presented at Sochitran 2017, La Serena)
  • Steiniger, S., Fuentes, C., Villegas, R., Ardiles, R., Rojas C., and M.E. Poorazizi (2017)
    AccesoBarrio - Medición de la accesibilidad urbana usando perfiles demográficos y OpenStreetMap. Ingeniería de Transporte 21(1): 721-736. Online Link (originally presented at Sochitran 2017, La Serena)
  • Sochitran 2017 - Suazo & Muñoz
  • Sochitran 2017 - Tiznado??? / Cox?
  • Steiniger, S., Poorazizi, M.E., Fuentes, C., Rojas, C. and A Hunter (2017)
    WalkYourPlace-Building a Web-based Platform for Urban Accessibility Analysis (breakout presentation) Journal of Transport & Health 7:S59-S60. (1 pg summary Elsevier Link)
  • Avilés, D., Barton, J. R., D’Alencon, R., Moris, R., Ruiz, J. C., Salas, R., & Steiniger, S. (2016). Indicadores de sustentabilidad urbana a escala local en Chile. Eídos, (9), 28–38. https://doi.org/10.29019/eidos.v0i9.128 https://revistas.ute.edu.ec/index.php/eidos/article/view/128
  • *Guimpert, I., and R. Hurtubia (2018)
    Measuring, understanding and modelling the Walking Neighborhood as a function of built environment and socioeconomic variables. Journal of Transport Geography 71:32-44.
  • *Tiznado-Aitken, I., Muñoz, J.-C., and R. Hurtubia (2018)
    The Role of Accessibility to Public Transport and Quality of Walking Environment on Urban Equity: The Case of Santiago de Chile. Transportation Research Record 2672(35):129-138.
  • Steiniger, S., and H. de la Fuente (2018)
    Running a Spatial Data Infrastructure for Interdisciplinary Research - How we did it & what we learned so far. In: Mansourian, A., Pilesjö, P., Harrie, L., & von Lammeren, R. (Eds.), 2018. Geospatial Technologies for All : short papers, posters and poster abstracts of the 21th AGILE Conference on Geographic Information Science. Lund University 12-15 June 2018, Lund, Sweden. ISBN 978-3-319-78208-9. Accessible through https://agile-online.org/conference/proceedings/proceedings-2018
  • (unpublished?) Steiniger, S., Salas, R., Fuentes, C., Villegas, R., Aprigliano, V., and C. Rojas (2018)
    Evaluando accesibilidad urbana con la plataforma "Ciudad Caminable" al escala de barrio. In: Proceedings III Congreso de Investigación Interdisciplinaria en Arquitectura, Diseño, Ciudad y Territorio. 11-13 December 2018, Santiago, Chile
  • ... final platform paper...

Presentations

WYP/WMP Presentations:

  • Sochitran 2015 (Concepcion) - Steiniger
  • SOTM LatAm 2015 (Santiago) - Steiniger
  • GIScience 2016 (Montreal) - Steiniger
  • IV Ciottig 2016 (Santiago) - Steiniger
  • Walk21 2017 (Calgary) - Steiniger
  • Sochitran 2017 (La Serena) - Steiniger
  • Sochitran 2017 (La Serena) - Guimpert & Hurtubia
  • Sochitran 2017 (La Serena) - Suazo & Munoz
  • Sochitran 2017 (La Serena) - Cox & Hurtubia
  • Sochitran 2017 (La Serena) - Tiznado, Muñoz & Hurtubia
  • Sochigeo 2017 (Temuco) - Steiniger
  • Fondecyt/CEDEUS Seminar 2018 (Santiago) - Steiniger
  • Panam 2016 - Tiznado-Aitken, Munoz & Hurtubia
  • TRB 2018 (DC) - Tiznado-Aitken, Munoz & Hurtubia
  • Walk21 2018 (Bogota) - Steiniger et al. (CEDEUS co-funded)
  • Intersecciones 2018 (Santiago) - Steiniger et al.
  • Fondecyt/CEDEUS Seminar 2019 (Concepcion) - Steiniger

Related Presentations, i.e. on (Research-) Data platform:

  • ICC 2015 (Rio)
  • Intersecciones 2016 (Santiago) (CEDEUS funded)
  • Sochigeo 2016 (Talca) (CEDEUS funded)
  • FOSS4G 2017 (Paris)
  • AGILE 2018 (Lund)
  • Sochigeo 2018 (Concepcion) - Steiniger et al. (CEDEUS funded)

Comparative table

similar platforms as WalkMyPlace:

Software Open Source GTFS Isochrone Instalación en servidor local Lenguaje de programación Detalle Url
Open Route Service ✓ ✗ ✓ ✓ Php, JavaScript Open Route Service permite calcular isochronos, pero no trabaja con archivos GTFS. Utiliza Leaflet y bootstrap para el diseño e interacción usuaria http://openrouteservice.org/
Iso4app ✗ ✓ ✓ ✗ JavaScript Si bien puede ser una buena alternativa, sólo podría ser utilizada como API REST ya que se necesita licencia https://www.iso4app.net/
Mapzen ✓ ✓ ✓ ✓ JavaScript Es una buena alternativa de desarrollo pero con una instalación compleja, se necesita hacer pruebas para comparar con OTP https://mapzen.com/
Valhalla ✓ ✓ ✓ ✓ JavaScript Es un motor de ruteo utilizado por Mapzen, la instalación es compleja y necesita hacer pruebas para definir que es mejor opción que OTP https://github.com/valhalla/valhalla
Route360 ✗ ✗ ✓ ✗ Java Es un servicio web privativo que, a base de una solicitud de una key, permite realizar consultas en isochrone https://www.route360.net/
Pysochrone ✓ ✗ ✓ ✓ Python Código en Python el cual permite generar isochrones teniendo el archivo .osm.pbf, se encuentra incompleto hasta el momento, como trabajo futuro considera incluir los archivos GTFS https://github.com/joshdoe/pysochrone
OSRM ✓ ✗ ✓ ✓ C++ Actual Back-End de OSM, código OpenSource que permite el ruteo de viajes, no está orientado a transporte público https://github.com/Project-OSRM/osrm-backend
Mapnificient ✓ ✗ ✓ ✓ JavaScript Servicio web que permite generar isochrones en tiempo real en su plataforma, sólo contiene algunos paises y no incluye Chile, no se especifica tampoco como generar la data para crearlo uno mismo. https://github.com/mapnificent/mapnificent
rrrr ✓ ✓ ✗ ✓ C Caracterizado por su rapidez, ,es un software OpenSource que permite el ruteo de viajes considerando un GTFS. No permite cálculos de isochrones https://github.com/bliksemlabs/rrrr
r5 ✓ ✓ ✓ ✓ Java Es una API OpenSource para cálculos de rutas e isochrones considerando GTFS y la data de OSM, requere puebas para comparar con OTP https://github.com/conveyal/r5


also http://wiki.openstreetmap.org/wiki/Routing/online_routers

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