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NEW YORK, March 25, 2014 /PRNewswire/ -- Reportlinker.com announces that a new market research report is available in its catalogue:

The Role of ICT in Building Smart Cities - Infrastructure 
http://www.reportlinker.com/p02051388/The-Role-of-ICT-in-Building-Smart-Cities---Infrastructure .html#utm_source=prnewswire&utm_medium=pr&utm_campaign=Water_distribution_and_treatment

Connectivity, Cloud-based Analytics, and Open Data to be Key Enablers of Future Urban Growth

Objectives
•Provide a market and technology analysis of the latest trends in smart energy, smart water, and smart transportation in urban spaces.
•Provide strategic recommendations to key stakeholders eyeing smart city markets.

Research Scope
Physical smart city infrastructure and related services for citizens (further referred to as smart city infrastructure):
•Smart grid and smart energy customers in cities.
•Smart public transportation and traffic management.
•Smart urban water management.
No strict definitions for smart cities have been developed for the purpose of this analysis. The scope of the study is defined pragmatically by smart city goals, not a smart city label. The analysis focuses on three infrastructure-related smart city pillars—smart energy, smart transportation, and smart water—to show growth opportunities driven by future smart cities.

Research Methodology
•Primary research: interviews with key stakeholders including utilities, software providers, meter data management system providers, and hardware suppliers.
•Secondary research: Frost & Sullivan research services, online databases, online energy, transportation, and water portals, and market participants' reports.

Smart Energy
'Smart energy' refers to all energy projects aimed at reducing energy losses, improving supply services, increasing energy efficiency, and reducing energy wastage. All of these projects are based on advanced information and communication technology (ICT) infrastructure and services.

'Smart transportation' focuses on data-based traffic management and freight and people transportation. This category, thus, includes the implementation of intelligent transportation systems for traffic and fleet monitoring and control, services for drivers and passengers based on real- or near-real-time information, and integrated public transportation.

Smart Water
'Smart water' refers to projects promoting water conservation and energy efficiency in the water sector through the application of machine-to-machine (M2M) technology, data mining, and analytics.

Key Data-related Trends Driven by Smart Cities

With the emergence of smart cities and enabling technologies, authorities and other stakeholders will start exploiting new data sources—sensors, meters, and in-car telematics—to improve the efficiency of daily city operations relating to facilities and infrastructure. They will also have to include social media and various Web-data sources in their decision-making models.
City stakeholders are used to dealing with simple and structured data that is limited in volume and velocity. Collection, storage, and processing of M2M data from sensors and meters will pose a challenge for authorities and companies from the energy, transportation, and water sectors. The greatest difficulty will be to define required output of data processing and choose cost-feasible data management platforms. Open data platforms will have to be established to unlock the potential of multi-source data for citizens.

Customers and other smart city stakeholders consume or generate data using mobile devices increasingly often, particularly smartphones and tablets. Their behaviours become more geographic information system (GIS)-related. This drives not only changes in user interface but also in customer interaction strategies.

Smart transportation is receiving a strong boost from local authorities and transportation operators. The intelligent transportation systems (ITS) market in the European Union is in a growth phase and has attractive growth perspectives ahead. Tenders for ITS are being launched in the largest European cities. Over time, new ITS functionalities will emerge that will drive further market growth.

Smart energy is in an early development stage. Energy companies are still looking for a business case for smart grids. The availability of smart meters and grid data will drive investments in customer and grid analytics. Frost & Sullivan foresees that smart energy will bring the highest investment opportunities within smart cities by 2020.
So far, the interest in smart water is low and limited to a few countries. The smart water market presents the weakest growth opportunities by 2020.

2020 Market Trends

Smart Energy (Smart Energy Network)
•Integration of renewables and decentralised energy
•Demand response and demand-side management
•Network monitoring and control Smart Transportation
•Vehicle-to-everything (V2X)
•Driver behaviour management
•Mobile applications based on open data Smart Water
•Pressure management
•Remote control and predictive maintenance
•Integrated platforms for water management
Executive Summary
Introduction to Smart Cities
Smart Energy in the Smart City Context
Smart Transportation in the Smart City Context
Smart Water in the Smart City Context
Conclusion
The Frost & Sullivan Story

To order this report: The Role of ICT in Building Smart Cities - Infrastructure 
http://www.reportlinker.com/p02051388/The-Role-of-ICT-in-Building-Smart-Cities---Infrastructure .html#utm_source=prnewswire&utm_medium=pr&utm_campaign=Water_distribution_and_treatment

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