A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
A Disaster Resilience Approach Applying In a Smart City Concept
The development of smart cities aims to modernize traditional cities, combining the expertise of all sectors initiative under the supervision of public services, enriching them with the results of the scientific community. Initially, in this paper, the definitions and the characteristics of smart cities will be analyzed and formulated according to numerous formulated surveys. After that we will refer to the natural and manmade disasters that affect a city, and how we can minimize the vulnerabilities of a city in order to be resilient and safe. Moreover, we will try to delineate some of the key resilience strategies and actions that need to be implemented so that a city can adapt and evolve to smart. The smart cities 'verticals' are diverse, including water, waste, energy, transportation, finance, and payments, health, safety, and security, agriculture and more. Finally, these critical factors must in service regardless of the pressures and emergency situations that may arise.
A Disaster Resilience Approach Applying In a Smart City Concept
The development of smart cities aims to modernize traditional cities, combining the expertise of all sectors initiative under the supervision of public services, enriching them with the results of the scientific community. Initially, in this paper, the definitions and the characteristics of smart cities will be analyzed and formulated according to numerous formulated surveys. After that we will refer to the natural and manmade disasters that affect a city, and how we can minimize the vulnerabilities of a city in order to be resilient and safe. Moreover, we will try to delineate some of the key resilience strategies and actions that need to be implemented so that a city can adapt and evolve to smart. The smart cities 'verticals' are diverse, including water, waste, energy, transportation, finance, and payments, health, safety, and security, agriculture and more. Finally, these critical factors must in service regardless of the pressures and emergency situations that may arise.
A Disaster Resilience Approach Applying In a Smart City Concept
Nikolaos Stasinopoulos (author) / Michail Chalaris (author)
2020-03-31
oai:zenodo.org:4902835
International Journal of Case Studies (ISSN Online 2305-509X) 09(03) 64-66
Article (Journal)
Electronic Resource
English
DDC:
720
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