February, 2010
Presenters: Chrisoph Koettl, Amnesty International USA & Susan Wolfinbarger, The American Association for the Advancement of Science
International human rights crises, like the armed conflicts in Darfur, Sri Lanka or northwestern Pakistan, are often characterized by lack of access and misinformation. Amnesty International USA and the American Association for the Advancement of Science will give insights into their ongoing cooperation in tackling some of these challenges by using geospatial technologies. The focus of the presentation will be on the most recent mapping project on northwestern Pakistan.
March, 2010
Reporting and disseminating the results is critical to the analytical process. GeoTime's integrated reporting tool keeps the analyst in a single context, avoiding the need to jump to external reporting tools. In this GeoTime Workflow Webcast, we will cover creating reports on the fly within GeoTime, associating bookmarks to our notes and exporting the completed report for distribution. GeoTime includes exports to HTML, as well as KMZ export to ArcExplorer.
Kibera in Nairobi, Kenya, widely known as Africa's largest slum, remains a blank spot on the map. Mikel Maron of OpenStreetMap.org will review the Map Kibera initiative and lessons learned in mobilizing 13 young Kiberans to create the first public digital map of their own community.
Building on GeoTime's unique ability to simultaneously visualize communications, movements and relationships, GeoTime 5 introduces support for live data feeds, innovative new analysis tools and enhanced reporting capabilities.
Using the Ushahidi-Haiti response dataset and the USGS earthquake event data, this webcast correlates eathquake and response data from a geo-temporal perspective, using GeoTime's 3D Space-Time Viewer.
November, 2009
Analysis of communications data can be a daunting task when searching hundreds, if not thousands of records for patterns and behaviours. In this GeoTime Workflow Webcast, we will walk through the process of importing communications records into GeoTime, create direct communication links and cover some best practises how to get the most out of your communication records.
October, 2009
GeoTime has a suite of integrated pattern analysis tools, including the Meeting Finder tool which identifies potential geo-temporal meetings of two or more entities. In this GeoTime Workflow Webcast we will cover all aspects of the Meeting Finder tool, user parameters and best practices for using this pattern finding tool.
The most common workflow to get your data into GeoTime is via the ArcGIS Desktop products. GeoTime supports a simple transfer wizard from ArcGIS, which allows for easy loading of your data into GeoTime. In this GeoTime Workflow Webcast we will go over the process of sending your data to GeoTime, using ArcGIS map imagery in GeoTime, as well as some tips on using the two products together.
August, 2009
GeoTime facilitates the simultaneous visualization and analysis of geospatial, link and temporal data, resulting in timely intelligence and more relevant analytical products. In this web cast, we examine why only GeoTime's method of visualizing temporal data lets you see what your data has to say.
April, 2009
While most GIS tools provide insight to places and locations, the significance of time is often lost, making it difficult for users to uncover the connections within their data. GeoTime displays data over both space and time within a highly interactive3D view, providing a single, unified environment for visual analysis. During this interactive webcast, we will explore GeoTime’s unique approach to visual analysis, which not only complements existing GIS systems, but greatly enhances an analyst ability to quickly and efficiently derive the events, patterns and/or behaviours hidden within their data.
March, 2009
In this recording, we explore GeoTime’s interactive 3D visual analytics workspace and how geo-temporal analysis greatly reduces complex data analytic tasks from hours-long efforts down to minutes. We will also demonstrate how GeoTime assists analysts to track moving objects, observe communications and relationships, and uncover behaviors, patterns and outliers within a single, interactive 3D display.