Showing 4 results for Smart City
Dr Elahe Kavoosi, Dr Jamal Mohammadi,
Volume 20, Issue 57 (6-2020)
Abstract
The ‘Smart mobility’ has become an increasingly prevalent discussion topic in the past few years, not just in academic literature but also in cities’ policy and strategy. However,in many cities of the world and in our country, Iran has been associated with problems such as lack of citizen participation and inequality (caused by inefficient urban management). The present study has attempted with an innovative perspective to evaluate the existing infrastructure of mobility indicators (including transport infrastructure, public transport, sustainable transport, ICT) and the social dimensions of these infrastructures including the extent of citizen participation in use. Of these infrastructures) in eleven districts of Shiraz.The research method is descriptive-analytical and based on documentary and origin studies. Data gathering was field study by using a questionnaire. The 5-degree Likert spectrum technique was used to measure the value of indicators of the Smart Mobility. The results show that average smart mobility was higher in regions 1 and 6 than in other regions. the average smart mobility indicators are in 11 and 9 the lowest in other regions. The Urban Smart Mobility variable does not have an appropriate position in Shiraz, and this has not only affected its development process in recent decades, but also poses many challenges for its future development. Accordingly, urban planners should Consider the citizen participation and efficient urban management.
Ms Elahe Kavoosi, Dr Jamal Mohammadi,
Volume 21, Issue 61 (6-2021)
Abstract
Our country Iran is not far from the global changes of cities. One of these changes is the smart mobility that is Undeniable and inevitablein urban management today. Especially in metropolises, which are facing increasing population and various economic, social and environmental problems. In fact, metropolises always have many problems, most importantly transportation. Shiraz, as one of the major cities and one of the major cities of the country, has a special place. This position is of different cultural, historical, political and other aspects. Its population growth rate has also been steadily increasing due to its location. This trend of population growth over the past few decades has created problems and obstacles for sustainable and desirable management, most notably problems in the transportation sector. The same trend illustrates the need to emphasize smart systems in this city. Therefore, in this study, it is attempted to investigate and analyze Smart Urban Mobility and Social Sustainability for Shiraz. The research method is descriptive-analytical and based on documentary and origin studies. The results show that the mobility and displacement variables are in poor condition based on different dimensions of access, sustainable transport as well as ICT. Different indices of each of these dimensions point to the same issue, as its level of evaluation (significance level less than 0.05 and average lower than the criterion) points to their undesirability from the point of view citizens. The study of the impact of smart mobility indicators on Social Sustainability also shows that smart mobility indicators account for 23% of the total variance of Social Sustainability. On this basis, it should be noted that the mobility variable does not have an appropriate position in Shiraz, and this has not only affected its development process in recent decades, but also poses many challenges for its future development. The growing trend of the population and on the other hand the various social and cultural features as well as tourism are evolving in such a way that it requires a major focus on a systematic transportation based on smart city approach.
Dr Sajedeh Karimi,
Volume 23, Issue 69 (6-2023)
Abstract
Many efforts have been made to address the negative effects of sprawling urban expansion, which can be referred to as "smart growth" as a strategy for urban sustainability. The purpose of this study was to evaluate the impact of smart city growth on economic and social parameters in Isfahan. The present study is descriptive-analytical in terms of the type of research and is applied-developmental in terms of purpose. The statistical population of the study consisted of the population of Isfahan city in the Census of 2016 (5120850). The research tool was a researcher-made questionnaire (Smart City Questionnaire, Economic Questionnaire and Social Questionnaire) with 32 questions. The validity of the questionnaire was formal, which was confirmed by experts and professors, and its reliability by Cronbach's alpha was 0.84. Data analysis, based on structural equation analysis, was performed in AMOS software. The results indicate that urban smart growth in Isfahan is influenced by social and economic variables, among which the role of economic variables in urban smart growth have more influence than social variables, which impact factor of economic variable role. It was 0.71, while the social variable had an impact factor of 0.38.
Mahdi Yaraghi Fard, Samaneh Jalilisadrabad,
Volume 25, Issue 79 (12-2025)
Abstract
A healthy city concept aims to prevent the development of various diseases through effective urban design and land use. Shiraz city and Fars province have the highest incidence of road and pedestrian accidents. Additionally, depression among the elderly serves as a precursor to other health issues, necessitating enhanced social and healthcare initiatives to raise awareness, improve life expectancy, and foster a sense of community belonging. This study aims to measure indicators and elucidate healthy urban spaces through a smart city approach in Shiraz. It is practical in purpose and descriptive-analytical in nature and methodology. The statistical population was drawn from a group of university experts and municipal employees to gather insights on health-oriented urban development within the smart city framework. Data collection was based on comprehensive library research. To analyze the data, inferential methods were employed, including the single-sample t-test, analysis of variance (ANOVA), Scheffe's post hoc test, and factor analysis. SPSS software was utilized for data analysis. The results indicate that the indicators examined are complementary and contribute positively to the health of citizens. Furthermore, 11 factors have been identified as critical dimensions for a healthy city aligned with the smart city approach: air quality, social interaction, safety, social participation, climatic comfort, social security, access to water, sewage and waste management, social justice, urban green space, education, poverty, and employment. Ultimately, the research hypotheses have been confirmed.
