The paper tries to develop a new approach to the sustainable planning for the smart city based on the assumption that the relationship between new technologies and urban system could be developed in a new way considering the WET theory. The WET theory starts from the main components for the establishment and the survival of the human settlements: Water, Energy and Technologies (WET). By Considering this approach, technology could be envisaged as a switch element for the bifurcation that could be generated inside the process of management of the modern urban systems. On the one hand, technology can improve the use of renewable energies and it can promote a different way of using energy inside the city. On the other hand, technology can pr...
Over the past decade, digital technologies, as part of the global smart-city agenda, have begun to f...
In view of the enormous social and environmental changes at the global level, more and more cities w...
— In today’s world, buildings are said to take up 40% of all the energy used in urban areas. Convert...
The paper tries to develop a new approach to sustainable planning for the smart city. The relationsh...
This paper is a theoretical study of governing solar urban districts using the smart city system. It...
In this paper we focus on the concept of smart city, defined as cities where investments in human an...
Due to urbanization and the population of cities producing up to 75% of emission, Smart City concept...
The paper provides an overview of the development trends of the smart city. Over the past decades, t...
Cities are intensive centres of social activity and the central feature in the economical technology...
This paper focuses on the need for a widened definition of the notion of technology within the smart...
This book chapter describes the evolutionary journey of cities with relevance to hydroinformatics: a...
Energy and Mobility in Smart Cities brings together a collection of expert perspectives focusing on ...
Smart city is more and more, in the common feeling, the crossroad of technologies, but first and for...
We entered the 21st century with a strong, global trend to increasing concentration of the populatio...
The world is facing many environmental and economic problems resulting from rapid urbanization and o...
Over the past decade, digital technologies, as part of the global smart-city agenda, have begun to f...
In view of the enormous social and environmental changes at the global level, more and more cities w...
— In today’s world, buildings are said to take up 40% of all the energy used in urban areas. Convert...
The paper tries to develop a new approach to sustainable planning for the smart city. The relationsh...
This paper is a theoretical study of governing solar urban districts using the smart city system. It...
In this paper we focus on the concept of smart city, defined as cities where investments in human an...
Due to urbanization and the population of cities producing up to 75% of emission, Smart City concept...
The paper provides an overview of the development trends of the smart city. Over the past decades, t...
Cities are intensive centres of social activity and the central feature in the economical technology...
This paper focuses on the need for a widened definition of the notion of technology within the smart...
This book chapter describes the evolutionary journey of cities with relevance to hydroinformatics: a...
Energy and Mobility in Smart Cities brings together a collection of expert perspectives focusing on ...
Smart city is more and more, in the common feeling, the crossroad of technologies, but first and for...
We entered the 21st century with a strong, global trend to increasing concentration of the populatio...
The world is facing many environmental and economic problems resulting from rapid urbanization and o...
Over the past decade, digital technologies, as part of the global smart-city agenda, have begun to f...
In view of the enormous social and environmental changes at the global level, more and more cities w...
— In today’s world, buildings are said to take up 40% of all the energy used in urban areas. Convert...