Smart cities and smart buildings are not marketing activities, smooth sales techniques, nor an interesting political slogan. It is a series of solutions to the grim and urgent situation facing the world today. Smart cities are becoming a civic action due to market conditions, technological innovation, social needs, governance needs and the "perfect storm" of moving to the urban environment. This storm is accelerating on a global scale, which has led to any large-scale mass movement before. Dwarfed. People in history.
A prominent example was found in a 2009 McKinsey report that shows that by 2025, 350 million people in China will move to cities through China. In the three years since the report was released, the number of Chinese people moving to Chinese cities proves that this prediction is correct. China's existing cities are already overpopulated and are striving to maintain public services. By preparing, planning and implementing large-scale urban projects, the aim is to transform from an industrial urban environment to a smart urban smart city, which is preparing for this human impact. Not because they want it because they have to do it.
Smart cities have many emerging definitions. The flexibility of this definition gives cities the opportunity to determine their plans, policies and procedures based on their local priorities and needs. The Smart City Definition Framework is used by colleges, companies, city associations and media design and marketing, as well as technologies such as smart buildings. Through this discordant framework, a foundation emerges to help define the areas of interest, action and measures of smart cities. Most frameworks use the word SMART as an acronym to mean concrete, measurable, achievable, relevant, and time-based goals. These same frameworks provide definitions of 10 smart city elements:
• Energy
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• water
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• Waste
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•infrastructure
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• Public safety
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• Education
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• health care
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•Green Building
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• Transportation
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• Citizen Services
What's interesting about smart city initiatives is the tightly integrated approach that seems to be a completely different element working together. As cities begin to transform into smarter cities, they help to consider the way cities need to respond to social, economic, engineering and environmental challenges. This approach will be knowledge-centric.
When we discover the challenges of living in a highly interconnected world of information age, it helps to connect our cities to organizations. If the city is a whole, then we have seen its evolution from the land society to the information age through the development of the system. Each city has its own cardiovascular system [traffic, public transportation], skeletal system [infrastructure], respiratory and digestive systems [energy, waste], and even the original nervous system [telecommunications]. In order for cities to provide intelligence behind knowledge and become smart cities, it is necessary to develop intelligent systems that connect the central nervous system to the brain - into smart buildings.
Since the city has implemented a large number of information technology [IT] solutions in the past few decades, the world has created a large amount of data. These data come in a variety of shapes and sizes to connect a large number of tasks more efficiently. The problem is not, if the city has the right data to become a smart city, what is the problem. Media and marketers say the liberation of this data is being liberated from their island "big data." This means that powerful data bodies can enter the body of your city and be freely circulated. Today's urban IT department's job is not just to make people unable to access the city's systems, but how to control and manage the vast amounts of data that will be tried to get rid of. A major issue for urban IT departments is how to manage Big Data because it can be easily set up for free. The city that solves this problem will embark on the right path to becoming a smart city. Those who don't have it may encounter situations that other organizations encounter when their nervous system is too blocked.
Focusing on big data and the behavior of your city's data management is a key factor in becoming a truly smart city. An intelligent, efficient city will cover smart transportation, security, energy management, carbon dioxide emissions and sustainability, depending on the implementation of the big data strategic plan, enabling decision makers and authorities to do their jobs. In response, some cities have adopted open data methods to assist in providing data to the public, which has spawned an emerging market for developing and selling "applications" to make these open data alive and valuable. One user.
There is a way to actively identify and manage digital DNA in cities. The building blocks that use urban data effectively and efficiently will ultimately exist in the city's ability to re-use existing data and documents related to the built environment, which is the proven digital DNA for all cities. The city has captured building environmental data in a variety of formats and processes; the construction department, engineering department, land department, planning department, tax department, postal service, they all collect and manage large amounts of data, and overall, create your physical city Virtual representation. The accuracy, certification and integration of city data is the key to actively entering the road to becoming a smart city. Without proper digital DNA structure and management, the connection from the city's nervous system to the brain would be a problem, thus inhibiting the city's performance and the evolution of cities to smart cities.
The way to achieve digital DNA in cities comes from the use of building information models [BIMs] and data captured by smart buildings. BIM and Smart Building provide digital DNA that provides city-related, validated data when placed in a community, regional, and urban environment. Building, Engineering and Construction [AEC] companies go beyond individual building projects and begin to acquire value [and alternative income] at the data transaction level in a smart urban environment, which will gain greater market share and open up new growth opportunities than their competition. This revaluation of digital DNA dwarfs any previous predictions about the value of building environmental data.
Think of your city as a network, with each building acting as a server. Each building has BIM data for facilities and construction, as well as intelligent building data in the form of facility management and building automation. When this separate building data could connect to the city network through open data policies, interesting things started to happen. The captured AEC data that the city already possesses becomes the digital DNA of the smart city.
The city is a mirror of the values of our civilization. Regardless of size, smart city solutions have the opportunity to help create an environment that thrives in a passionate, inclusive and open manner. The success of a smart city depends only on the quality of life of its residents. This is the biggest challenge facing our generation and the best legacy we have left for our children.
Orignal From: Smart buildings are creating smart cities
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