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This also means we can begin to see more clearly the obstacles and challenges involved. The most difficult issue to resolve in building smart cities is the funding. And this is not unique, all sectors and industries that are facing transformation are dealing with the same problem. The transformation process will not be possible unless investments are made in the ICT platform.
The most important element of a smart city is direct engagement with citizens, businesses and others. Not only is their support essential, through their enthusiasm and demand for services (and their votes) they can assist in building business models that can lead to investment.
Councils will have to take a leadership role in developing smart cities in order to keep pace with the technological developments that their citizens are embracing and the expectations they have in relation to the economic, social and lifestyle aspects of their city. Increasingly less leadership can be expected from other levels of government, yet at the same time it is the councils that are suffering from the burden of issues such as economic transformation, the need for job growth, sustainability and liveability, city infrastructure and the lifestyle of their citizens.
Overall the process towards smart communities already underway through global interconnection - facilitated by technologies such as the internet, broadband, smartphones and mobility. The latest developments are in M2M (machine-to-machine) and IoT (Internet of Things) sphere where we link machines and different data sets together and use so-called big data technologies and analysis to better manage the various aspects of our society. This will lead to interaction and even integration between these two developments - merging humans and machines, something that is becoming increasingly possible and leading to the broader concept of artificial intelligence (AI).
The IOT age is here, and that means that there are more and more technologies that can be used in developing Smart Buildings and Smart Homes.
The home is considered by many as the next battlefield for technology companies, where all home devices would connect in an Internet-of-Things environment controlled by a smartphone or tablet.
In mid 2015 the ITU formed an IoT and Smart Cities study group.
Earlier in 2015 cities in Europe and Brazil established the Open & Agile Smart Cities Task Force (OASC) as collaboration to help municipalities and start-ups create smart city services within their area.
Smart vehicles are vehicles that can think, communicate with each other and the transport network, and take action to improve safety and efficient operation. The first combinations of advanced driver assistance features are becoming available in some 2016 vehicle models and offer semi-autonomous driving under specific circumstances.
More smart devices will be introduced into homes, office buildings, electricity systems, cars, infrastructure, and indeed cities and countries in relation to the environment, sustainability, healthcare, transport, national security and many other sectors of our economy and our society.Wearable technology is no longer in its infancy. In 2015, it has become a healthy and thriving industry. Its scope goes well beyond exercise tracking, to reflect an ever-broadening range of possible uses. Wearables will become an integrated technology used in our emerging smart communities of the future.
Table of Contents
1. Smart cities - the global transformation has begun
1.1 Smart cities in the hands of cities and communities
1.1.1 Governments fail to build national consensus
1.1.2 People are supportive of smart environments
1.1.3 Cities are leading where federal policies fail
1.1.4 PPPPs - cities collaborating with citizens and private enterprise
1.1.5 PPPP stands for Public Private People Partnership.
1.1.6 The need for leadership from the top and smart councils.
1.1.7 Barcelona - One of the Smartest Cities in the World
1.1.8 Amsterdam Smart City
1.1.10 Chattanooga Smart Grid / Smart City
2. Smart cities, connected homes and smart buildings
2.1 Smart Building and Home Automation Trends and Analysis
2.1.1 Defining smart cities
2.1.2 Smart city challenges becoming clearer
2.1.3 Published smart city statistics
2.1.4 The use of telecommunications in smart cities
2.1.5 Smart buildings
2.1.6 Connected homes gaining market share
2.1.7 Google, Microsoft, Samsung and Apple target smart Home market
2.1.8 Smart Factory - Industry 4.0
2.1.10 Smart Cities, Smart Councils
2.1.11 Selected examples of smart cites and communities
2.1.12 A great city is much more than a smart city
3. Intelligent transport systems and drones
3.1 Smart transport trends and analysis
3.1.1 Smart transport - introduction
3.1.2 Smart vehicles
3.1.3 Electric vehicles
3.1.4 Insights from Global Smart Grid Federation (GSGF)
3.1.5 Vehicle to Grid (V2G)
3.1.6 Dedicated Short-Range Communications
3.1.7 Freight in the digital age
3.1.8 Further smart transport project examples
3.1.9 Drones and Unmanned Aircraft
3.1.10 Examples of applications for drones
4. Artificial Intelligence
4.1 Smart societies based on Artificial Intelligence
4.1.1 The proposition
4.1.2 Philosophy and science
4.1.3 Social and economic developments
4.1.4 Are we reaching another breaking point?
4.1.5 Solutions by using information technology to increase our intelligence
4.1.6 Examples of developments
5. Wearable technology and sensors
5.1 Sensors and wearables for a smarter world
5.1.1 Wearable technology
5.1.2 Wearable wireless devices
5.1.3 Global wearable device statistics
5.1.4 Legal implications of wearables gains attention
Table 1 - Estimates on world Smart City investments markets - 2012
Table 2 - Consumers rank the most useful mobile app categories by country
Table 3 - Consumers rank the most useful mobile app categories by age
Table 4 - Status of total EV/PHEV owned (2013)
Table 5 - Examples of financial incentives in the GSGF sphere
Table 6 - Selection of predictions in BTs timeline
Table 7 - Global - wearable devices by category - market share - 2013 - 2015
Table 8 - Global - wearable device shipments - 2011 - 2019
Table 9 - Global - wearable device spending - 2013; 2020
Chart 1 - Global - wearable devices by category at a glance - 2013 - 2015
Exhibit 1 - Urbanisation - statistical overview
Exhibit 2 - The Intelligent Communities Forum
Exhibit 3 - Smart city market size, estimates and projections
Exhibit 4 - Examples of HAN technology options
Exhibit 5 - Key smart home players
Exhibit 6 - Googles acquisition of Nest and smart homes
Exhibit 7 - Design principles of industry 4.0
Exhibit 8 - A snapshot of the Intelligent Nation 2015 (iN2015) project
Exhibit 9 - Smart energy project in Amsterdam
Exhibit 10 - Barcelona Smart City benefits
Exhibit 11 - PRT/GRT systems
Exhibit 12 - Learning from e-cars
Exhibit 13 - Intelligent transport systems today
Exhibit 14 - USA - The I-80 Integrated Corridor Mobility Project
Exhibit 15 - In-car information
Exhibit 16 - From data analytics to Artificial Intelligence (AI)
Exhibit 17 - Watson in healthcare
Exhibit 18 - Wearable smart rings
Exhibit 19 - Monitoring swimmers
Exhibit 20 - Healthcare monitoring for the elderly
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