Schedule: 13th November, 10:00 ~ 17:40 (Seoul, Korea Standard Time)
|10:00 ~ 10:30||Opening / Code of Conduct / OSGeo Korean Chapter|
|10:30 ~ 10:50||State of GeoServer 2.18 (slides)|
|Jody Garnett / GeoCat BV|
|The GeoServer team shares what is new with GeoServer 2.18! GeoServer is a popular OSGeo project for publishing your geospatial data using industry standards for vector, raster and mapping.
To support online presentation we are scaling back our “state of talk” to strictly focus on new features available in GeoServer 2.18. Attend this presentation for a cheerful tour of new extensions, the latest research and development, improved map rendering and more!
|10:50 ~ 11:10||GeoServer Orientation (slides)|
|Jody Garnett / GeoCat BV|
|Welcome to GeoServer, a popular web service for publishing your geospatial data using industry standards for vector, raster and mapping.
TAre you just getting started with GeoServer, or considering it for the first time? This presentation is here to help, with an orientation covering: Concepts used to connect to your data and publish as a spatial service; What role GeoServer plays in your organization and what value the application provides; How the project is managed, and a discussion of the upcoming activities.
TAttend this presentation to get a running start on using GeoServer in your organization
|11:10 ~ 11:20||Q&A & Coffee Break|
|11:20 ~ 11:40||GeoNetwork Orientation (slides)|
|Jody Garnett / GeoCat BV|
|Welcome to GeoNetwork, a leading web service for keeping track of the spatial information used by your organization.
This presentation shares: The business challenge GeoNetwork is faced with, and the amazing technical approach taken. Review of core layer publishing workflow, and how the editor works, to discover central super-power of GeoNetwork.
Examples of how organizations extend GeoNetwork to see what is possible with this technology. and a preview of recent research and development showing community priorities.
Attend this presentation for an informative tour of the GeoNetwork ecosystem.
|11:40 ~ 12:00||Q&A & Coffee Break|
|12:00 ~ 12:20||Students on Open Source Code: OSGeo + GSoC (slides)|
|Vicky Vergara / OSGeo pgRouting|
|You might not know it, but you might be using world wide students code! Since 2007 OSGeo has participated on the Google Summer of Code program and many OSGeo projects including community projects have benefited from that program. Also students get experience in remote working, this experience, in events like we are experiencing now, is an invaluable trait.|
|12:20 ~12:40||Resolving Conflicts, Forging Futures with Geodesignhub (slides)|
|Arturo 'Ali' Moreno / Moreno Geodesign Consultants|
|• What is geodesign and can one person know the future?
• Types of problems geodesign solves
• What is the geodesign process?
• The four benefits that geodesignhub offers: collaboration; coordination; recording (archiving); consensus
• Why people choose to engage in the geodesign process; why they choose to use geodesignhub
• Where the workshops have been conducted worldwide
• 5-steps of a project: Evaluation, Data Collection, Project Creation, Workshop Execution, Management
• The 4-steps in the process: getting data, workshop, negotiated design, project management
• Workshop example
• Project locations (worldwide)
• How to contact us to get started
|12:40 ~13:00||Use cases of Vector Tiles implementation for water utilities in Eastern Africa (slides)|
|Jin IGARASHI / MIERUNE Inc.|
|In Eastern Africa, most of water utilities already have some GIS data. However, they often have some challenges to utilize and share the data within the entire organization. I was involved the projects in Kenya and Rwanda since 2014. Recently, I found a sustainable way to share GIS data through vector tiles as open data. I would like to introduce these open source tools which I developed for them.
The following website is a documentation for my open source softwares.
|13:00~13:20||A service that allows you to create personal maps in Cesium without coding. (slides)|
|Hidemichi Baba / Eukarya Inc.|
|Our company, Eukarya Inc. , has been constantly evolving and accelerating the expression of Cesium. One of our best known examples is Resium, an OSS product that allows Cesium to be used with React, which is currently gaining a large number of users around the world. And today, we've released a new service called Re:Earth, which allows you to use Cesium without coding. We are planning to expand "Re:Earth" to OSS in the future, and we are planning to form a huge OSS community based in Syria. We plan to promote the development of "Re:Earth", literally involving the whole earth (Earth). In this article, we will introduce the background of the development of Re:Earth, its features, and future challenges.|
|13:20~13:40||THE SPATIAL PATTERN VISUALIZATION OF POWER UTILIZATION IN INDIA|
|THANGJAM THOUNGAMBA MEETEI / AvaKaza Geo-Science Research Technologies, Bangalore, India|
|Electricity consumption patterns can serve as a proxy for socio-economic status of an area.
Yet, a spatial visualization of electricity usage in India does not currently exist, with planners and researchers having to rely on data contained in tabular form that does not allow inference of spatial patterns.
The study aims to jumpstart mapping of electricity consumption in the quickest possible timeframe through geospatial patterns.
The research proposes locating the footprint for every state fluctuation in power generation for different energy sources (thermal, nuclear, and hydro power generation).
Thus, analysing the grid wise to find the commonly repeated tokens and to arrange them in a hierarchy that can be semantically understood by a lay man.
Through this approach, we will extract spatial and temporal changes in power generation patterns (2019-2020).
Most of the high-tech states consume more power than estimated which leads to the reduction of power shares in certain regions.
This approach has merit and can be scaled up to get rid of the disparity with proper regulations and lay down regular monitoring for future generation with brightness.
Keywords: socio-economic, Electricity consumption patterns, thermal, nuclear, and hydro power generation
|13:40~14:00||GEOSPATIAL SOLUTION FOR HUMANITARIAN ASSISTANCE: A proposed GIS based planning and decision making framework for immediate HEALTH aid. (slides)|
|Many lives face their last breath due to lack of immediate first aid or instant life support.
India, a country with huge population requires instantaneous medical emergency on accidents and troublesome/discomfort health issues.
‘First aid’ is the first and immediate assistance to a person suffering from either a minor, serious illness or injury to preserve life and also prevent from worsening by promoting standby recovery.
The current study aims to fix the first aid box at requisite places mainly on accident prone zones and highly densely populated areas.
Geospatially, the site selection analysis is performed where ever the priority and type of services needed for installation of first aid box.
The sensor fixed in first aid box could alert and intimate the nearby police control room, hospital, ambulance and municipality offices about the emergency situation .
The study suggests the maintenance of first aid box through sanitary workers, corporation staffs or primary health center workers.
Also, the research estimates the prices for the basic and advanced first aid box. Based on the incident spots, the type of the first aid box is proposed.
The study recommends training to the hospital sub staffs, health department workers, police department, teachers, students to use the first aid kit to reduce the mortality and morbidity rate.
Keywords: First aid, Geospatial, instantaneous medical emergency, police control room, hospital, ambulance, municipality, reduce mortality.
|14:00~14:20||Spatio-Temporal prediction of sharp increase of cybercrime in India (slides)|
|Urvee Patel / AvaKaza Geo-Science Research Technologies, Bangalore, India|
|Ever since the advancement in the internet technology, it has been exploited for multiple purposes. Over the years its use has went awry, resulting in various cybercrimes, commonly identified as theft, damage, hacking and transaction fraud. The year 2020 was no different, even when India was under complete lockdown for a certain period, the number of cyber-crime activities around the country didn’t standstill. This study estimates increase in the number of cyber-crime activities all over India. The crime maps from 2016-18 were generated and analysed. Further, using the data values for the latter period, the number of cyber-crime activities were forecasted by applying Exponential Triple smoothening (ETS) Method for the year 2020. Although, the results do not show a steep rise in cyber-crime activities across India, but the increase in the number is significant enough to showcase how cybercriminals are taking advantage of the vulnerabilities of people to rely on the virtual world during the pandemic. Also, invariably signifying how far the cyber security in India is from providing a cyberspace free of miscreants.
Keywords : Cybercrimes, India, interpolation, Exponential Triple smoothening
|14:20~14:40||Open Source Google Earth Platform for computation of Heat Wave Indicators (slides)|
|Priyanka Rao / Indian Institute of Remote Sensing, Dehardun|
|Heat Waves (HW) is one of the extreme weather events affecting human mortality in many parts of the world. Lack of spatial variability in ground based observations makes this data inadequate to study local scale HW conditions. Hence, in this study, large volume of analysis ready data of MODIS LST available on open source platform of Google Earth Engine (GEE) has been employed to compute number of HW indicators in Indo-Gangetic Plains of northern India. GEE’s parallel computing power is found to be highly efficient to process large volume of data for analyzing spatio-temporal variability of HW conditions.|
|14:40 ~ 14:50||Q&A & Coffee Break|
|14:50~15:10||A simple circle upgrades the State of the Map (slides) / (Recording)|
|Henrique Koehler / Munich Orientation Convention|
|Nonacademic reference grids A, B, C, 1, 2, 3... are hardly zoomable, so they got unused. Consequently, the State of the Map is a Naked Emperor: no grid at all (!) and the answer to the question "where?" is "here!" www.volksnav.de/YouAreHere. This unworthy situation caused the proliferation of enigmatic location codes, some based on names (!?) www.volksnav.de/alternatives. A simple standard circle and the rebirth of the Time/Space Convention (when I look outwards, right hand is clockwise) will upgrade the State of the Map, help to create imaginable location codes and help to avoid confusions www.volksnav.de/r100Seoul www.volksnav.de/confusions. FOSS4G Korea 2020 can have a relevant role on this quantum jump.|
|15:10~15:30||HERMOSA - Supporting the UN Decade of Ecosystem Restoration Utilizing Geo- and Remote Sensing Technologies (slides)|
|Hinrich Paulsen / mundialis GmbH & Co. KG|
|Climate change is an interconnected, complex phenomenon of global concern. The companies mundialis and terrestris from Bonn, Germany, with funding from the European Space Agency (ESA), are developing a digital, internet based platform supporting urgently needed ecosystem restoration efforts by utilizing geo- and remote sensing technologies.
The platform is called HERMOSA, an acronym for Holistic Ecoystem Restoration Monitoring, repOrting, Sharing and mArketplace. It consists of 4 connected modules:
1. „Identify & Connect“ enables matchmaking for stakeholders
2. „Organize & Implement“ supports restoration activities by using geodata
3. „Monitor & Report“ utilizes remotely sensed data from satellites to detect changes
4. „Learn & Share“ is a space for knowledge sharing and capacity strengthening
|15;30~15:50||Spatial Data Infrastructure and Central Address System of Uruguay (slides)|
|Mario Carrera / gvSIG Association|
|Two projects that have allowed to evolve the geographic information management in the Government of Uruguay are presented. Both projects are based on the gvSIG Suite technologies, a catalog of open source software solutions where gvSIG Online is included, a product aimed at the Spatial Data Infrastructures implementation.
The first of these projects is the implementation of the Uruguay Spatial Data Infrastructure, highlighting the volume of data that it is composed of and the technological improvements developed to meet the project requirements. The second one is the project for the implementation of a new Central Address System in the country, also based on gvSIG Online where a system for the maintenance of street maps by the municipalities (local administrations) has been implemented.
|15:50~16:10||SMASH: digital field mapping for everyone (slides)|
|Silvia Franceschi / HydroloGIS|
|In the last 10 years HydroloGIS developed and published under Free and Open Source licence the application for digital field mapping Geopaparazzi. At the state of the art, Geopaparazzi needed some work to increase its compatibility with other operating systems (it works only on Android devices), to enhance its usability and its look and feel following more recent standards for mobile applications.
For this reasons, during the 2019 HydroloGIS started the development of a new application: SMASH - Smart Mobile Application for Surveyors Happiness. SMASH (https://www.geopaparazzi.org/smash/index.html) is a multi platform application developed in Flutter to support outdoor activities for non expert users. It is available for Android and iOS devices and has been developed with special focus on a users-oriented GUI following the right material design patterns for the different operating system.
SMASH aims to substitute Geopaparazzi in near future. The 1.5.0 release has just been published and includes different functionalities like the possibility to collect georeferenced pictures, notes and GPS tracks logs. SMASH opens directly on the map view where it is possible to navigate local or online raster and vector data. SMASH can already do several things Geopaparazzi can't. In particular SMASH actually supports as local formats: Geopackage, shapefile, tiff+png+jpg with wtf, MBTiles, Mapsforge and GPX, all with a custom CRS and the support for standard SLD style definition. Online supported formats are WMS and TMS and there is a nice service catalog and wizard for adding most common WMS/TMS.
SMASH simplifies the data collection and the export of the survey into easy processable data files (GPX, PDF) or through a direct synchronization with the GSS (Geopaparazzi Survey Server).
Currently SMASH can edit the attributes table of Geopackage vector layers, whereas geometric features editing is coming soon.
SMASH saves the collected data in a local project file with the same characteristics as Geopaparazzi and perfectly compatible with the old application.
SMASH represents a big step of an application for digital field mapping toward the usability of non expert users and the user-friendliness. In its last version 1.5.0 it features almost all the capabilities of Geopaparazzi with something more. With the development of the geometric editing it will most probably be able to substitute Geopaparazzi.
The application is available on the stores of the specific operating systems.
In the next future SMASH will then become the main proposal of the HydroloGIS team for the support of outdoor activities. SMASH can be used as the base for more specific personalized applications which can be developed on request.
|16:10 ~ 16:20||Q&A & Coffee Break|
|16:20~16:40||Monitoring Forest Change in the Amazon Using Multi-Temporal Remote Sensing Data and Machine Learning Classification on Google Earth Engine (slides)|
|Vasil YORDANOV / Politecnico di Milano|
|This work implements an approach for geospatial time-series processing in the analysis of deforestation. The method includes machine learning satellite image classification deployed on the cloud-based processing service Google Earth Engine. Twenty years of forest dynamics in the Amazonas were analysed where the classified maps were validated against high-resolution imagery through the open-source software CollectEarth. An artificial neural network-based simulation, built thanks to the derived historical forest trends, was implemented to obtain a simulation of the future forest loss. The processing approach is adaptable to different regions and periods of time, allowing also the monitoring of short/long-term implementation of forest preserving policies.|
|16:40~17:00||SIMILE Project: Integrated Lake Water Quality Monitoring (slides)|
|Carlo Andrea Biraghi / Politecnico di Milano|
|SIMILE (Informative System for the Integrated Monitoring of Insubric Lakes and their Ecosystems) is an Interreg Italy-Switzerland 2014-2021 project (2019-2022) involving partners from the scientific and technical sector (PoliMI; CNR; SUPSI) and from the institutional one (Lombardy Region; Ticino Canton) working in synergy. The main project goal is the protection of lakes water quality for through a geoinformatic coordination of existing monitoring systems with new open data collection methods. ESA Sentinels images will be integrated with high frequency in situ sensors and VGI produced with a Citizen Science approach. The presentation will illustrate the current project progress status.|
|17:00~17:20||Development of Online QGIS Training Material for UN OpenGIS (slides)|
|Lorenzo Amici / Department of Civil and Environmental Engineering - Politecnico di Milano|
|The proposed work presents the development of training material on geo-analysis functions available into the premier FOSS4G QGIS. The material is conceived to be used by the UN OpenGIS Committee (http://www.unopengis.org/unopengis) to train UN staff involved in the peace-keeping operations. The preparation of the material encompasses the definition of hands-on exercises with sample spatial datasets, shared on the Zenodo platform (https://zenodo.org), and the development of documentation source code using the Sphinx Python library for its publication on the Web. The material has been co-design with the Korea Research Institute for Human Settlement and it has been made available online through the Read the Docs hosting platform (https://qgis3-10-geoanalysis-un.readthedocs.io).|
|17:20 ~ 17:40||State of GeoNetwork (slides)|
|Paul van Genuchten, Francois Prunayre / GeoCat B.V.|
|The GeoNetwork team is having a standout year and would love to share what we have been up to! The project is very active, and we have new project steering committee members to introduce. We will report back from our annual user group meeting and code sprint.
The highlight is a tour of the two major releases of 2021: GeoNetwork 3.10 in January, and GeoNetwork 4.0.0 in October. Key architecture changes with a shift to microservies. Results of our user interface sprints, and RnD into accessibility requirements.
Attend this presentation for the latest from the GeoNetwork community.
|17:40 ~ 18:00||OSGeo Korean Chapter|