4. Goal: Next 50 years
Apply social media to transform society
• Reduce medical errors, obesity & smoking
• Promote resource & biodiversity conservation
• Prevent disasters & terrorism
• Increase community safety
• Improve education
• Facilitate good government
• Resolve conflicts
5. Challenges
• Malicious attacks
• Privacy violations
• Not trusted
• Fails to be universal
• Unreliable when needed
• Misuse by
• Terrrorists & criminals
• Promoters of racial hatred
• Political oppressers
6. Early Steps
Informal Gathering
College Park, MD, April 2009
Article: Science March 2009
BEN SHNEIDERMAN
http://iparticipate.wikispaces.com
7. NSF Workshops: Academics, Industry, Gov’t
Jenny Preece (PI), Peter Pirolli & Ben Shneiderman (Co-PIs)
www.tmsp.umd.edu
8. Cyberinfrastructure for Social Action on National Priorities
- Scientific Foundations
- Advancing Design of
Social Participation Systems
- Visions of What is Possible With Sharable
Socio--technical Infrastructure
- Participating in Health 2.0
- Educational Priorities for
Technology Mediated Social Participation
- Engaging the Public in Open Government:
Social Media Technology and
Policy for Government Transparency
9. International Efforts
Community Informatics
Research Network
intlsocialparticipation.net
10. UN Millennium Development Goals
To be achieved by 2015
• Eradicate extreme poverty and hunger
• Achieve universal primary education
• Promote gender equality and empower women
• Reduce child mortality
• Improve maternal health
• Combat HIV/AIDS, malaria and other diseases
• Ensure environmental sustainability
• Develop a global partnership for development
11. Social Participation: Webshop Goals
1) Clarify national priorities
2) Develop deep science questions
motivation, trust, empathy, responsibility, identity, etc.
3) Promote novel research methodologies
large-scale interventions, ethnographic methods,
big data analysis & visualization
4) Identify extreme technology challenges
security, privacy, scalability, universality, etc.
5) Influence national policy
6) Increase educational opportunities
12. 911.gov: Internet & mobile devices
Sending SMS
message to
911,
• Residents report information
includes your
phone number,
location and
time
• Professionals disseminate instructions
• Resident-to-Resident assistance
Professionals in control
while working with
empowered residents
Shneiderman & Preece, Science (Feb. 16, 2007)
www.cs.umd.edu/hcil/911gov
20. Serve.gov: Voluntary service
Register Your Project & Recruit Volunteers
Find a Volunteer Opportunity
Read Inspiring Stories of Service & Share Your Own Story
26. Analyzing Social Media Networks with NodeXL
I. Getting Started with Analyzing Social Media Networks
1. Introduction to Social Media and Social Networks
2. Social media: New Technologies of Collaboration
3. Social Network Analysis
II. NodeXL Tutorial: Learning by Doing
4. Layout, Visual Design & Labeling
5. Calculating & Visualizing Network Metrics
6. Preparing Data & Filtering
7. Clustering &Grouping
III Social Media Network Analysis Case Studies
8. Email
9. Threaded Networks
10. Twitter
11. Facebook
12. WWW
13. Flickr
14. YouTube
15. Wiki Networks
http://www.elsevier.com/wps/find/bookdescription.cws_home/723354/description
27. Social Media Research Foundation
Social Media Research Foundation
smrfoundation.org
We are a group of researchers who want to create
open tools, generate and host open data, and
support open scholarship related to social media.
smrfoundation.org
35. Citizen science
Photo credit: Mary
NA Butterfly Association
Fourth of July Count
Photo credit: Cornell Univ.
Audubon Christmas Bird Count
36. The Encyclopedia of Life
Imagine an electronic page for each
species of organism on Earth.
37. EOL is a content curation community
Content providers
Databases Curating
Journals
LifeDesks
Public contributions Commenting
Tagging
http://www.eol.org
38. EOL statistics
• 100+ partner databases
700 curators/1000s contributors/46,000 members
• 2.8 million pages
500 thousand pages with Creative Commons content
• Over 2 million data objects and >1 million pages with
links to research literature
• Traffic in past year: 1.7 million unique users, 6.2 million
page views
39. BioTracker system architecture
Mobile Devices Community Computational
with BioTracker app upload Portal user Tools Possible
Camera Profiles, groups, input Image database
image new
Internet connection and species pages Shape descriptors
Match recommendations species
Images, accuracy Image segmentation algorithm
Q&A component Identifications, Maps, estimate Image recognition algorithm
Biotracks map Threaded discussion Inference system
Photos,
Biocaching answers
and
commentary information collection, clarification questions
identification
and upload
Enthusiasts Scientists
40. Research questions
• Q1 How can a socially intelligent system be
used to direct human effort and expertise to the
most valuable collection and classification
tasks?
• Q2 What are the most effective strategies for
motivating enthusiasts and experts to voluntarily
contribute and collaborate?
41. Scientists and volunteers
"Scientists often have an aversion to what
nonscientists say about science” (Salk, 1986)
Collaboration is based on several factors:
• Shared vocabulary, practices, and meanings
• Mutual recognition of knowledge, competency,
and prestige
• Motivation to collaborate
42. From Reader to Leader:
Motivating Technology-Mediated Social Participation
All Collaborator
Users Reader Contributor ` Leader
Preece & Shneiderman, AIS Trans. Human-Computer Interaction1 (1), 2009
aisel.aisnet.org/thci/vol1/iss1/5/
43.
44.
45.
46.
47. Social Participation: Webshop Goals
1) Clarify national priorities
2) Develop deep science questions
motivation, trust, empathy, responsibility, identity, etc.
3) Promote novel research methodologies
large-scale interventions, ethnographic methods,
big data analysis & visualization
4) Identify extreme technology challenges
security, privacy, scalability, universality, etc.
5) Influence national policy
6) Increase educational opportunities
48. Let’s get to work!
• Do great research!!!! Inspirational
• Universities
• Add courses & degree programs
• Help Federal & Local governments
• Industry
• Offer researchers access to data
• Develop infrastructure and analysis tools
• Government
• National Initiative for Social Participation
• Develop Federal & Local applications
five stages of emotional response: (1) denial, (2) bargaining, (3) anger, (4) despair, (5) acceptance. ...
The United Nations has declared 2010 the International Year of Biodiversity in recognition of the importance of biological diversity and the looming biodiversity crisis. Biological diversity provides ecosystem services critical to our planet. As much as 90% of the needs of the world’s poorest people depend directly on biodiversity for food, fuel, medicine, etc. [1]. Each species represents a volume in a “living library,” as each has evolved solutions to nature’s challenges, solutions that can benefit human society. For example, the genomics revolution and half of our synthetic drugs were made possible by understanding the characteristics of particular species [2]. Yet the rate of species loss is currently 100 to 1,000 times estimates of historical extinction rates, and these rates are increasing with climate change [2]. Recent assessments indicate that, for example, nearly 25% of mammals and one-third of amphibians are endangered or threatened [3].Scientists alone cannot end the biodiversity crisis. Progress in the conservation and sustainable use of biodiversity will depend on the interface of science with both policy and the public. This is not only because the public must appreciate and understand biodiversity in order to be motivated to conserve it. There are nearly 2 million known species and potentially millions more are still undocumented. Without help, professional biologists will be unable to describe many of these species before they disappear from the planet, especially those in biodiversity-rich but economically poorer countries [4].Public participation can address the biodiversity crisis in several areas. One area is assembling existing knowledge on the 1.9 million species known to science. Doing so can accelerate the pace of research and new species description by making freely available, searchable, and re-usable the information currently in libraries or in local databases inaccessible to most of the world’s scientists. Addressing this need is the primary mission of the Encyclopedia of Life (EOL, http://www.eol.org), an international project headquartered at the Smithsonian’s National Museum of Natural History. In addition to mash-ups of existing scientific databases, we are combining a crowd-sourcing approach with expert review to achieve a high-quality central clearinghouse for species information.
So, the approach of EOL is rather different than many other sites. EOL is a giant mashup that creates pages, that are then available for curators (mostly credentialed scientists) to assess and rate, or for anybody to provide comments or tags.