239238321 Smart Cities and Bigdata

SMARTCITIESANDBIGDATA
Anne Galang :: ENGL 794 :: TRANSMEDIA
Research questions
• Where are sensors being located in cities?
• What types of information are gleaned from this
technology?
• How does this relate to big data and how is this data
being used to improve cities?

Contents
• Smart cities
• Sensor technology
• Big data, open data
• Observations
• Glossary of terms
• Bibliography
Smart Cities
The need for smarter cities
Challenges cities face today
Growing population
Traffic congestion
Space – homes and public space
Resource management (water and energy use)
Global warming (carbon emissions)
Tighter city budgets
Aging infrastructure


Resources:
Kent Larson’s TEDx Boston talk: “Brilliant
Designs to Fit More People in Every City”

Stanley S. Litow: “America’s Cities need to
get smarter”

The need for smarter cities
• Some stats
– More than 50% of the world‟s population live in cities
– In China alone, 300-400 million people will move to
cities in the next 15 years
– In the 21
st
century, cities will account for
• 90% of population growth
• 80% of global CO2 emissions
• 75% of energy use




Smart cities
Kent Larson‟s, “Brilliant Designs to Fit More People in
Every City” (TEDx Boston, June 2012)









http://embed.ted.com/talks/kent_larson_brilliant_designs_to_fit_more_people_in_every_city.html
Or: http://cities.media.mit.edu/projects/examples
What are smart cities?
Vision of smarter cities
– Environmental sustainability and efficiency
– Sustainable homes and buildings
– Efficient use of resources
– Efficient and sustainable transportation
– Better urban planning - livable cities




A computer generated graphic of Masdar city, currently under
construction in Abu Dhabi. Photograph: Fosters + Partners.
(Accessed from The Guardian)
Sensor technology and
applications
Sensor networks
• (Electronic) sensor: Measures physical properties and
converts signal into electronic signal.
– “Interface between the physical world and world of electrical
devices, such as computers”

• Actuator: Converts electronic signal into physical
property - displays information for humans to interpret
• E.g. Speedometer, thermostat temperature reader

• Integration with ICT
• Store, aggregate and organize data for analysis.






Sensor networks
• Data captured through sensors
• Movement
• Temperature
• Force
• Acceleration
• Flow
• Position
• Light
• Etc

Resources
Chong, Chee-Yee. “Sensor Networks: Evolution,
Opportunities, and Challenges.” Proceedings
of the EEE, 91.8. August 2003.

OECD. “Smart Sensor Networks: Technologies and
Applications for Green Growth.” December
2009.

Verdone, R., D. Dardari, G. Mazzini and A. Conti.
Wireless Sensor and Actuator Networks.
Academic Press/Elsevier, London, 2008.
City applications - at a glance
– Smart parking: Monitoring of parking spaces availability in the city.
– Structural Health: Monitoring of vibrations and material conditions in buildings,
bridges and historical monuments.
– Noise Urban maps: Sound monitoring in bar areas and centric zones in real
time.
– Smartphone detection: Detect smart phones and in general any device which
works with Wifi or Bluetooth interfaces.
– Electromagnetic field levels: Measurement of the energy radiated by cell
stations and and WiFi routers.
– Traffic Congestion: Monitoring of vehicles and pedestrian levels to optimize
driving and walking routes.
– Smart lighting: Intelligent and weather adaptive lighting in street lights.
– Waste management: Detection of rubbish levels in containers to optimize the
trash collection routes.
– Smart roads: Intelligent Highways with warning messages and diversions
according to climate conditions and unexpected events like accidents or traffic
jams.





Source
“50 Sensor Applications for a Smarter
World” Libelium.
City applications
• Focused examples:
– Energy (production, distribution and use)
– Smart buildings
– Intelligent transportation systems
Efficient energy
• More efficient energy production
– Light sensors on solar panels track sun rays to ensure power is
gathered in a more efficient manner

• Distribution
– Smart grids: Highly complex systems technically integrating
digital and non-digital technologies. Characterized by:
• More efficient energy routing (reduces excess capacity)
• Better monitoring and control
• Improved data capture and measurement
• Automation
• Use
– Smart devices and metering – at the city, building, and home
levels












Smart buildings
• Sensors technology used in buildings for monitoring and
control
• Increase energy efficiency, user comfort, and security
• Heating, ventilation and air conditioning systems
• Lighting/shading
• Air quality and window control
• Systems switching off devices
• Metering
• Access control (security)





City Home
• Sensor technology for more efficient use of space within
buildings
• City Home design, Changing Places Group video (1:44)








http://cities.media.mit.edu/projects/examples











Resources:
City Home project site

MIT Media Lab City Science
Projects

Transportation
• Intelligent transportation systems (ITS)
• Smarter infrastructure and vehicles:
– Infrastructure: Sensors in roads monitor intensity
and fluidity of traffic to help control traffic lights more
efficiently
– Vehicles: Sensors on smart vehicles
• Collision avoidance
• Navigation
– Public transit: Tracking use for more efficient route
planning


Traffic management
• IBM Smart Cities project - Traffic Management
solutions
– Analyzing traffic patterns of buses, trains, traffic lights
to
• Improve travel times
• Minimize impacts during emergencies, special events, etc
– Data collection: http://www-
03.ibm.com/innovation/us/thesmartercity/traffic/index.
html#!/1

Smart public transit example
• Intermittent bus lanes in Lisbon, Portugal
– Bus/HOV lanes, though they improve traffic flow, are often empty
– Research project in Lisbon, Portugal: wireless sensors in the
ground detect presence of public transport in the bus lanes, so
that lanes are only reserved when public transit vehicles
approaching
Intelligent vehicles of tomorrow
• MIT Media Lab, City Science - Persuasive electric
vehicle








http://www.youtube.com/watch?v=oahOWPtinec&feature=player_embedded or
http://cities.media.mit.edu/projects/examples
Other applications
• Health care
– Fall detection – for seniors and people with mobility
disabilities
• Agriculture
• Air quality, global warming
• Global warming
• Industry
– Shopping logistics, fleet tracking
– Industrial control – temperature monitoring, air quality
• Entertainment


Projects
• MIT Media Lab – City Science:
– http://cities.media.mit.edu/
– http://cities.media.mit.edu/projects/examples

• IBM smart cities projects:
– http://www.ibm.com/smarterplanet/us/en/smarter_cities/overview
/
– http://www-03.ibm.com/innovation/us/thesmartercity/index.html



Big data, open data
Data-driven cities
"We are increasingly able to digitally search and interrogate the
city. Social tools can be layered over the city, giving us real-time
access to information about the things and people that surround
us, helping us to connect in new ways and giving rise to a data-
driven society.

Cities today are vast repositories of information, endlessly
collecting and archiving data. When semantically organised, the
data can be exposed, shared, and interconnected. Giving people
the right kind of access to this information can spark new
applications and services, new ways of living, creating and being.”

(qtd in Kirby)

Big data
• We‟re collecting so much
data…
– Datasets are becoming so large that
they are becoming difficult to use
– If all sensor data were to be recorded,
the data flow would be nearly
500 exabytes per day (Wikipedia)
Visualization of all editing activity by robot
user "Pearle" on Wikipedia.
“Viegas-UserActivityonWikipedia.gif”,
Wikipedia.
1 EB
= 1000000000000000000B
= 10
18
bytes
= 1000000000gigabytes
=1000000terabytes
= 1000petabytes

Open Data
• Berners Lee, “The year open data went worldwide”, TED
talks:







http://www.ted.com/talks/tim_berners_lee_the_year_open_data_we
nt_worldwide.html

Open Data
• Global movement to open up pubic
data sets to make public data more
accessible
– Sparks innovation
• Creation of apps and services
– Greater transparency in government
• Example: Open data revealed 3 billion
dollars of charity fraud in Canada
– Citizen participation in decision
making



“Open data enables
citizens to have
meaningful
interaction with the
information that
surrounds them”
FutureEverything
Open data
• Future Internet Assembly session “Big data and
smart cities” addressed challenges and
opportunities
• “Big data needs to be made „small‟ (i.e. accessible to
citizens)”
• “Open data is only open if it is accessible: easy to obtain and
easy to understand”
• “Open data is a political issue which should be addressed at
a policy level”
• “Organizations could be provided with incentives for opening
their data”

Resource
Future Internet Assembly, Aalborg
Session 3.1 – Smart cities and big data

Open data standards
• Data standards make data more accessible and usable
• Examples
– Linked data: http://linkeddata.org/
• “Linked Data is about using the Web to connect related data that
wasn't previously linked, or using the Web to lower the barriers to
linking data currently linked using other methods.”

– Open 3-1-1: http://open311.org/
• “Open311 is an open communication standard for public services
and local government. Primarily, Open311 refers to a standardized
protocol for location-based collaborative issue-tracking. By offering
free web API access to an existing 311 service, Open311 is an
evolution of the phone-based 311 systems that many cities in North
America offer.
What can open data tell us?
• What a Hundred Million Calls to 311 Reveal
About New York…

From Wired magazine.
“There were 34,522 complaints called in to 311 between September 8 and September 15,
2010. Here are the most common, plotted by time of day.
Illustration: Pitch Interactive”
Open Data Projects
• Vancouver‟s open data initiatives:
– http://vancouver.ca/your-government/open-data-
catalogue.aspx

• FutureEverything‟s Open Data Project
– http://futureeverything.org/ongoing-projects/open-data-
cities-datagm/

• European Commission Big Data Forum:
– http://www.future-internet.eu/home/future-internet-
assembly/aalborg-may-2012/31-smart-cities-and-big-
data.html

A human approach to data
• Sandy Pentland, “Using personal data to benefit
citizenry”, TEDxCambridge










http://cities.media.mit.edu/projects/examples
Observations
Observations
• While initial focus of smart technology and data use
within cities was driven by need for efficiency and
sustainability, recent focus on human-centered
approaches
– User-friendly interfaces
– Increased focus aesthetics, design
– Focus on quality of life
• Proliferation of collaborative projects bringing together
private companies, municipal governments, and
researchers aimed at
– Improving cities
– Harnessing public data sets

Where do we go from here?
• Open questions
– How to encourage civic engagement in smart cities?
– How to better share and use the data we‟re capturing
and make it more accessible?
– How to better use Big Data in the humanities?

Artistic applications of
sensors and data
San Francisco Emotional Map
• Project by artist Christian Nold, 2007

“The project invited the public to go for a walk using [a biosensor]
device, which records the wearer’s physiological response to their
surroundings. The results of these walks are represented on this
map using colored dots and participant’s personal annotations. The
San Francisco Emotion Map is a collective attempt at creating an
emotional portrait of a neighborhood and envisions new tools that
allow people to share and interpret their own bio data.”

http://www.sf.biomapping.net/map.htm


San Francisco Emotional Map. Christian Nold 2007.
Glossary of Terms
Glossary
• Smart cities
• Smart technology
• Sensor networks
• Sensor
• Actuator
• Wireless mesh networks
• Information and Communications Technology (ICT)
• Smart grid
• Intelligent Transportation Systems (ITS)
• Intelligent vehicles
• Smart homes and buildings
• Big data
• Open data
• Linked data
• Open 3-1-1


Bibliography
Smart Cities
City Science. MIT Media Lab, 2012. Web. February 2013. http://cities.media.mit.edu/
Kirby, Terry. “City design: Transforming tomorrow.” The Guardian. N.d. Web. February
2013.
Larson, Kent. “Brilliant designs to fit more people every city.” TEDxBoston, Boston, MA.
June 2012. Web. Feb 2013. <http://cities.media.mit.edu/projects/examples>
Smart Cities. IBM. N.d. Web. Feburary 2013.
<http://www.ibm.com/smarterplanet/us/en/smarter_cities/overview/>

Sensor network technology
Chong, Chee-Yee. “Sensor Networks: Evolution, Opportunities, and Challenges.”
Proceedings of the EEE, 91.8. August 2003.
OECD. “Smart Sensor Networks: Technologies and Applications for Green Growth.”
December
“50 Sensor Applications for a Smarter World.” Libelium.
Murty, Rohan Naraya et al. “City Sense: An Urban-Scale Wireless Sensor Network and
Testbed.”


Big data and open data
“Smart Cities and Big Data post event session summary.” Future Internet Assembly. 10-
11 May 2012, Aalborg, Denmark. Web. Feb 2013. <http://www.future-
internet.eu/home/future-internet-assembly/aalborg-may-2012/31-smart-cities-and-big-
data.html>
“Big data.” Wikipedia. <http://en.wikipedia.org/wiki/Big_data>
Berners-Lee, Tim. “The year open data went worldwide.” TED 2010. Feb 2010. Web. Feb
2013.
Pentland, Sandy. “Using personal data to benefit citizenry.” TEDxCambridge. Mar 2012.
Cambridge, MA. Web. Feb 2013. http://cities.media.mit.edu/projects/examples

Open data projects
Vancouver‟s open data catalogue: http://vancouver.ca/your-government/open-data-
catalogue.aspx
FutureEverything‟s Open Data Project: http://futureeverything.org/ongoing-projects/open-
data-cities-datagm/
Linked data: http://linkeddata.org/
Open 3-1-1: http://open311.org/
Code for America: http://codeforamerica.org/cities/
Open North: http://opennorth.ca/about/





Artistic city data projects
Flowing city http://flowingcity.com/
Nold, Christian. San Francisco Emotional Map. 2007. Web. Accessed March
2013. http://www.sf.biomapping.net/map.htm