Κοινή επικοινωνία και τηλεπισκόπηση για περιβαλλοντικούς σκοπούς σε έξυπνες πόλεις
Joint communication and remote sensing for environmental purposes in smart cities

View/ Open
Keywords
6G ; Remote sensing ; Joint communication ; Smart cities ; Environment ; Περιβάλλον ; Έξυπνες πολεις ; ΤηλεπισκόπησηAbstract
The thesis entitled "Shared Communication and Remote Sensing for Environmental
Purposes in Smart Cities" deals with the use of advanced information and
communication technologies (ICT) and remote sensing for environmental management
in urban centres. The aim of the research is to highlight how the use of these
technologies can help smart cities adapt to climate challenges and contribute to
sustainable development.
Remote sensing and shared communication technologies can support cities in managing
environmental problems such as air pollution, energy poverty, and water management.
These technologies enable continuous monitoring of environmental parameters,
contributing to immediate decision-making to improve the quality of life and enhance
the sustainability of urban centres. In this way, cities can become more resilient to the
challenges of climate change and promote environmentally friendly practices.
In addition, the paper explores the application of 5G and 6G technologies in smart
cities, as well as the possibility of using artificial intelligence and machine learning for
real-time data analysis and decision making. The speed and low latency offered by the
new networks allow the instant exchange of large volumes of data, boosting the
efficiency of urban infrastructure. At the same time, AI applications can predict
environmental risks and optimise the use of resources such as energy and water. These
technologies can enhance environmental monitoring and sustainable resource
management, improving citizens' lives and cities' resilience to climate change.
The thesis concludes that smart cities can play a key role in reducing environmental
impacts if they adopt and integrate these innovative technologies. Through the
combined use of communication networks, sensors and analytical tools, cities can
become more sustainable and resilient, offering citizens a better living environment.