User:Timpmobley/sandbox

== MicroMappers: Towards Next Generation Humanitarian Technology ==

MicroMappers
== Disaster-Relief Tech Goes All-Out In Nepal ==
 * Terminology: ground truth
 * Developer: QCRI
 * Product: Data Visualization Maps
 * Format: HXL
 * Field of Research: Computer Vision
 * Data Feeds:
 * Human Computing (crowd-sourcing):
 * Data Clickers:
 * Text - Tweets and SMS
 * Photo -
 * Video - YouTube
 * Geo Clickers (from AIDR):
 * Geotagging - Tweets, photos, videos
 * Artificial Intelligence (from crowd-sourcing):
 * AIDR - classifies tweets
 * Functions - filter, fuse and map a variety of media
 * Method: utilize web-based apps to contextualize data with semi-automation
 * Strategy: only one layered map to display filtered data
 * Future-state Data Feeds - Satellite Clicker, Aerial Clicker, Streaming Clicker from Unmanned Aerial Vehicles (UAVs), Translate Clicker, Internet of Things (IoT)
 * Nations Involved: Switzerland, Canada
 * Partners: Translators Without Borders (TWB), OpenStreetMap, UN/OCHA, GDELT, SBTF, CrisisNET, Global Disaster Alert and Coordination System (GDACS), GeoFeedia, Planet Labs, SkyBox Imaging, National Geographic
 * Guidance: 3W

Aid Response Tools

 * Drone damage assessment
 * Aeryon Labs
 * Matternet
 * Partners: Doctors Without Borders (Haiti), World Health Organization (Bhutan)
 * Ham Radio
 * Relay stations: China, Japan, Pakistan, Bangladesh

Crowdsourcing

 * Imaging Map
 * Tomnod (DigitalGlobe) - users tag images of damaged buildings and other information for response teams

Social Media
== Flood Warning, Mobile Phones and Dynamic Mapping in India ==
 * Google - Person Finder
 * Facebook - Safety Check

Crowdsourcing
== Exploring communication media options in an inter-organizational disaster response coordination network using agent-based simulation == == Big data analytics for disaster response and recovery through sentiment analysis == == Nonprofit Organizations in Disaster Response and Management: A Network Analysis == == Realizing the full potential of (infra-)structures for inter-agency communication before, during, and after disasters using the example of APAN (All-Partners Access Network) == == Incomplete information imputation in limited data environments with application to disaster response == == Emergency Maps Tool as a Collaborative Instrument for Decision Makers in a Command and Control Environment == == Visualization River Water Level Using Internet Technologies == == Profiling Approach for the Interoperability of Command and Control Systems in Emergency Management: Pilot Scenario and Application == == Partial Automatization of Legacy Systems Integration Using Web Application Creator == == Recent Advances in Caller Localisation for Public Safety Answering Point == == Improvements and Enhancements of Profile-Based Approach in C2-SENSE Crisis Management Project == == Innovative Early Warning System for Natural Disasters – Case Study on Earthquakes with Earthquakeguard™ and NowTice™ == == Certification in Electronic Emergency Management == == Civil Protection Organisational and Procedural Interoperability Profile == == Digitally enabled disaster response: theemergence of social media as boundaryobjects in a ﬂooding disaster ==
 * Developer - HHI
 * Initiative - Crisis Mapping Project
 * The Monsoon Project
 * Technology: cell phones
 * Method: people-centered early warning (discreet qualitative data points)
 * Product: vulnerability mapping (real-time map of events and indicators/early warning of floods)
 * Platform: Ushahidi
 * Tools: Google Earth
 * Resources: UN Geographic Information Working Group Secretariat (UNGIWIG)

== The future of accessibility in disaster conditions: How wireless technologies will transform the life cycle of emergency management == == Research Agenda in Intelligent Infrastructure to Enhance Disaster Management, Community Resilience and Public Safety == == Technology and Emergency Management ==