Smart cities Flashcards

(72 cards)

1
Q

Smart City

A

The concept of creating and connecting human capital, social capital, and information technology infrastructure to ensure sustainable economic development and improve quality of life.

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2
Q

Intelligent City

A

A physical environment where information technologies such as sensors have been implemented into individual objects and infrastructures to increase the efficiency of selected systems.

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3
Q

Smart/Intelligent Building

A

A dynamic and sensitive building that provides productive, economical, and environmentally acceptable conditions through continuous interaction between the building, equipment, and operation. / building using integrated processes, smart engineering and creative design to self-regulate its environment and operations. People-centric, flexible, invisible, learning.

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4
Q

Internet of Things (IoT)

A

The collective network of connected physical objects embedded with sensors, software, and other technologies for the purpose of exchanging data over the internet without requiring human-to-human interaction.

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5
Q

Sustainable Development

A

Development that meets the needs of the present without compromising the ability of future generations to meet their own needs.

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6
Q

Environmental Sustainability

A

A state where we use natural resources such that it doesn’t harm te environment, so people can live well now and in the future/in which the demands placed on the environment can be met without reducing its capacity to allow all people to live well both now and in the future.

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7
Q

Economic Sustainability

A

The use of various strategies for employing existing resources optimally so that a responsible and beneficial balance can be achieved over the longer term.

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8
Q

Sociopolitical Sustainability

A

The ability of a community to develop processes and structures that meet the needs of current members while supporting the ability of future generations to maintain a healthy community.

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9
Q

Agenda 21

A

An action plan of the United Nations related to sustainable development that serves as a package of suggestions for the improvement of quality of life.

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10
Q

Local Agenda 21

A

A tool and process for implementing principles of sustainable development at local and regional levels through strategic planning and public involvement.

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11
Q

Transport

A

The movement of vehicles.

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12
Q

Mobility

A

The movement of people and goods.

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13
Q

Sustainable Urban Mobility Plan (SUMP)

A

A strategic document designed to meet the mobility needs of people and businesses to improve quality of life while taking into account integration and participation.

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14
Q

Geographic Information System (GIS)

A

A system that creates, manages, analyses, and maps all types of data by integrating location data with descriptive information.

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15
Q

Industry 4.0

A

Digital transformation of manufacturing, marrying physical production with digital technology like IoT, Big data and AI. Interconnectivity and real-time data. / A new phase in the industrial revolution that focuses on the digital transformation of manufacturing through interconnectivity, automation, machine learning, and real-time data.

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16
Q

Enterprise Resource Planning (ERP)

A

Business process management tools used to manage information across an entire organisation.

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17
Q

Big Data

A

Large sets of structured or unstructured data compiled and analysed to reveal patterns, trends, and opportunities.

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18
Q

Artificial Intelligence (AI)

A

The ability of a computer to perform tasks and make decisions that historically required human intelligence.

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19
Q

Machine Learning

A

A concept within artificial intelligence where computers learn and improve on their own without being explicitly programmed.

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20
Q

Cloud Computing

A

The practice of using interconnected remote servers hosted on the internet to store, manage, and process information.

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21
Q

Cyber-Physical Systems (CPS)

A

Networked systems in which the computational parts (cyber) are well integrated with the physical components. / A manufacturing environment enabled by Industry 4.0 that offers real-time data collection and transparency across all aspects of an operation.

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22
Q

Smart Farming

A

A management concept providing the agricultural industry with infrastructure to leverage advanced technologies like big data and the cloud for monitoring and automating operations.

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23
Q

Climate-Smart Agriculture (CSA)

A

An integrated approach to managing landscapes to address the interlinked challenges of food security and accelerating climate change.

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24
Q

Participation

A

Activities by individuals that aim to influence decision-making and actions within public administration.

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25
Partnership
A mutual and equal relationship between partners, distinguished from participation which refers to the process.
26
Community
People living in a geographically defined area who share social links, joint activities, and emotional connections to the place they live.
27
Building Information Modeling (BIM)
A digital representation/model of the physical and functional characteristics of a facility/building that serves as a shared knowledge source for decisions throughout its lifecycle.
28
Smart Grid
An electricity network based on digital technology used to supply electricity to consumers via two-way digital communication.
29
Smart cities development goals
well-ability of public services, sensitivity of city management, livability from environmental pov, elegance technical infrastructure solutions, long-term efficiency/network security
30
Areas of smart city activities
Smart: people, economy, city administration, transport, environment, life
31
3 dimensions of smart city
Technology factors, human factor, institutional
32
8 Smart city elements (mohanty)
Citizen, healthcare,, transportation, technology, energy, governance, building, internet of things
33
Rio Earth Summit 1992 documents
Agenda 21, Rio Declaration, Forest principles, UNFCCC< Convention on biological diversity
34
Local agenda 21 benefits
Higher efficiency local development, better environmental quality, stronger democracy&trust, more funding opportunities, greater resilience to challenges, conflict prevention, citizen participation
35
Local agenda 21 citizen involvement
Initiation group, key actors, cooperating subjects, wider community, public
36
7 priority challenges for EU SD strategy (SDS)
Climate change/clean energy, sustainable transport, sustainable consumption/production, natural resource management, public health, social inclusion/migration, global povery/development
37
EU Sustainable Development Strategy (SDS)
EU's overarching framework that integrates environmental, social and economic objectis into all EU policies to ensure long-term sustainability (focusing on the 7 key challenges).
38
WHO healthy cities
program that guides cities to improve healthy and equity through integrated participatory, cross-sector urban governance
39
Core principles WHO healthy cities
Equity, participatory governance, intersectoral cooperation, focus on determinants of health
40
Key themes 2030 agenda for sustainable development
People, planet, prosperity, peace, partnership
41
Urban mobility planning tools
SUMF, SUMP (sustainable urban mobility framework/plan)
42
SUMP added value
higher-level goals (quality life), long-term monitoring, stakeholder participation, scenario-based planning, synergistic measure package
43
SUMP Implementation goals
improve quality of life, decrease indivdual motor transport, decouple economic growth transport, decrease environmental impaxt, decrease health impact, accessibility for all, improve integration sectors
44
SUMP Implementation principles
coherence measures/objectives, continuous monitoring, continuous stakeholder involvement, commitment sustainability, sustainable financing, integration all transport modes/sectors,
45
SUMP key actors
SUMP coordinator, working group, steering group, implementation group, public, independent supervision, city council, neighbouring region & municipalities
46
GIS advantages
Improved mapping, access to up-to-date info, quality/efficiency public services, communication, strategic decision-making support
47
GIS Tools
database management, field date collection, spatial analysis/modelling, visualization
48
When and where IoT first appeared
1999 Kevin ashton presentation P&G. But concept first appeaed 1980s coke machine.
49
How does IoT works
Network physical objects with sensors, softwawre and technologies used to exchange and connect data to other devices and cloud over internet. Observation > Diagnostics > Decisions > Action.
50
Urban engineering
creation and coordination technical equipmant of a territory. solving technical, economic and efficiency problems elrated to city operation
51
Population mobiiity
number of trips per time unit
52
Transport capacity
ability to carry a certain number of passengers in observed direction of line section. (time-interval and capacity of vehicle)
53
Examples of technical infrastructure
Energy, water, gas, waste, telecommunications
54
Classification technical infrastructure
Area: long-haul, local, secondary. Material: pipeline, wires, aire
55
Sources electricity
Thermal, hydropower, nucleaer, wind, solar
56
Smart grid
electricity network based on digital technology used to suppliy electricty via 2 way digital communication
57
Smart grid key features
Load handling, demand response support, decentralization of power generation.
58
Smart waste management
sensors placed in waste receptacles (bins) to measure fill levels and notify collection serviecs when bins should be emptied
59
1st industrial revolution
1800s. shift from manual labour by animals and people to manufacturing. e.g. steam machine
60
2nd industrial revolution
2000. Standardised mass production, because electricty allowed higher efficiency and made machienry more mobile. E.g. assembly line
61
3rd industrial revolution
2000. Shift from analog/mechanical technology to digital technology and automation software. E.g. Internet, plc
62
M2M: machine-to-machine
communication that happens between two separate machines thourgh wireless / wired networks
63
Digitization
process of collecting and converting different types of information into digital format
64
Smart factory
factory that invests in and leverage industry 4.0 technology, solutions and approaches
65
Industry 4.0 integration models
Vertical: all systems traditional automation pyramid are affected field level-enterprise planning. Horizontal: connect entire end-to-end value supplier-customer.
66
Industry 4.0 use cases
Predictive maintenance, supply chain optimization, asset tracking/optimization
67
Smart farming technologies
sensors, software, connectivity, location, robotics, data
68
IoT smart farming cycle
observation (sensores record data), diagnostics (data to cloud platform > conditions business logic), decisions (location specific treatment), action (user evaluates and acts).
69
IoT solutions to agricultural problems
precision farming, farming automation, agricultural drones
70
Benefits of participation
good governance, community building, quality decision making, effective decision making, confidence democratic system
71
Disadvantages
replacing representative democracy, citizens non profressional ad hoc, abuse lobbying groups, longer and more expensive decision-making, not participation at aspects.
72
Participatory ladder
delegation of power, partnership, consultation, answers, opposition, informing