Smart City Drivers and Challenges in Urban-Mobility, Health-Care, and Interdependent Infrastructure Systems

Farid, Amro M.; Alshareef, Muhannad; Badhesha, Parupkar Singh; Boccaletti, C.; Cacho, Nélio; Carlier, Claire-Isabelle; Corriveau, Amy; Khayal, Inas S.; Liner, Barry; Martins, Joberto S. B.; Rahimi, Farokh; Rossett, Rosaldo; Schoonenberg, Wester C. H.; Stillwell, Ashlynn S.; Wang, Yinhai

doi:10.1109/mpot.2020.3011399

Cited by 17 publications

(6 citation statements)

References 3 publications

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“…The data obtained through the questionnaire survey are analyzed to reflect the existing problems. The design of the questionnaire will have an important impact on the follow-up empirical research and the final analysis results [19].…”

Section: Research Implementationmentioning

confidence: 99%

Integrated Development of Smart City Tourism and Cultural and Creative Industries Based on Internet of Things

Liu

2022

Wireless Communications and Mobile Computing

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In order to solve the problem of asymmetric development of cultural and creative industries in smart city tourism, this paper proposes an analysis method based on the IPA model. Based on the analysis of the current situation of the tourism cultural and creative projects in the traditional block, this method combines the RMP analysis theory and the tourist satisfaction theory to study the local cultural elements and the satisfaction of tourism cultural and creative projects with the IPA model. The results are as follows: sightseeing (42.5%) is the highest motivation of tourists, followed by cultural and creative experience (16.2%), of which 84.8% are self-help tourists, and only 2.3% choose to join the group. Life custom is a significant factor influencing the satisfaction of patients who think it is very important but are actually dissatisfied. Smart tourism and creative tourism projects are considered important by the respondents, but there is a large difference between expectations and perceptions. These are the projects that managers need to focus on to correct at present. It proves that the activation of tourism cultural and creative projects should follow the market-oriented principle, the principle of reflecting characteristics, the principle of cultural guidance, the principle of effectiveness, and the principle of sustainable development in order to achieve the ultimate success.

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Section: Research Implementationmentioning

confidence: 99%

Integrated Development of Smart City Tourism and Cultural and Creative Industries Based on Internet of Things

Liu

2022

Wireless Communications and Mobile Computing

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“…Access to latest technologies (T1) Oni et al [67], Rana et al [32], Aghimien et al [31], Shiroishi et al [55], Holroyd [3], Nair et al [9] Application development (T2) Nasution et al [53], Jo et al [68] Big data (T3) Silva et al [38], Farid et al [69] Data availability and heterogeneousness (T4) Zengin et al [49], Aldabbas et al [10], Rana et al [32], Tan and Taeihagh [60], El-Kholei and Yassein [61] Hardware environment compatibility and heterogeneity (T5) Silva et al [38], Aldabbas et al [10], Meiyanti et al [54] Information technology standards (T6) Ambira et al [50], Shin et al [59] Information security management professionals (T7) Tonggiroh [41] Lack of technological skills (T8) Meiyanti et al [54] Lack of technical support equipment (T9) Zengin et al [49] Poor utilization of digital technologies (T10) Aghimien et al [34] Records mobility (T11) Meiyanti et al [54] Data and System integration (T12) Meiyanti et al [54], Jo et al [68] Table A2. Demographic Data of Respondents (Experts).…”

Section: Robotsmentioning

confidence: 99%

“…Focus on research and development on technologies (RI1) Mavrodieva and Shaw [5] Increased cost of development (RI2) Mavrodieva and Shaw [5] Innovation ecosystem (RI3) Osifo [64], Ray [50], Shin et al [59] Successful investment in a disruptive technology (RI4) Holroyd [3] Lack of funding (RI5) Risks to digital rights (DI10) Aldabbas et al [10] Sensing technology (DI11) Farid et al [69] System failures issues (DI12) Rana et al [32], Silva et al [38], Aghimien et al [34] Trust in e-voting (DI3) Aldabbas et al Veracity (managing the data quality, uncertainty, and trustworthiness of data) (D3)…”

Section: Supplementary Materialsmentioning

confidence: 99%

Building a Super Smart Nation: Scenario Analysis and Framework of Essential Stakeholders, Characteristics, Pillars, and Challenges

Penmetsa

Camara

2022

Sustainability

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Globally, countries are increasingly facing challenges regarding their national future post the COVID-19 pandemic with respect to decreasing and aging populations; dwindling workforces; trade wars due to restricted movement of goods, people, and services; and overcoming economic development and societal problems. Accordingly, we identify the challenges and corresponding solutions that act as pillars for a framework to build a super smart nation. We analyze 73 peer-reviewed research papers from Scopus index databases and use the Delphi methodology to identify the challenges, which include people and society, robots, technology, research and innovation, digital infrastructure, data, politics, governance, and sustainability. Further, we discuss the relevant solutions, including top leadership motivation and commitment; proactive steps from the government, development of policies; legal frameworks and laws; creation of awareness programs; use of advanced technologies (such as robotics and semantic technologies); and development of interoperable infrastructure; innovation ecosystem; sustainable energy sources; and global standards for education system through transformation of the education system. These novel insights have valuable practical and theoretical implications for guiding policymakers, industry leaders, and researchers in building a super smart nation.

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“…Some critical technologies like Artificial Intelligence, safety and security cameras, network infrastructure, and sensor technologies (radar, lidar, and Sonar) are considered the core of this approval. All these technologies must ensure safe and successful autonomous-vehicle functions (Farid et al, 2021). Correspondingly, this research will focus on the most critical elements of selfdriving motorcars; The sensor, Radar, Lidar, and Sonar, which are acknowledged will have significant effects on the surrounding.…”

Section: Introductionmentioning

confidence: 99%

Autonomous Vehicle Radiation Based on Traffic Flow Analysis

Kordelia

Armizoprades

2022

MAROSTEK: Jurnal Teknik, Komputer, Agroteknologi Dan Sains

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The transportation sector is heading to a new futuristic era, the fully-autonomous vehicles. Radar, lidar, and Sonar are considered critical aspects of self-driving technology. However, these sensors come with inherent danger. Their exposure has a hazardous impact on humans and living things. A forecast made using the level of service classification shows that there will be excessive radiation exposure when these cars dominate the traffic. This prediction must be taken into account when designing a level-five autonomous fleet.

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Smart City Drivers and Challenges in Urban-Mobility, Health-Care, and Interdependent Infrastructure Systems

Cited by 17 publications

References 3 publications

Integrated Development of Smart City Tourism and Cultural and Creative Industries Based on Internet of Things

Integrated Development of Smart City Tourism and Cultural and Creative Industries Based on Internet of Things

Building a Super Smart Nation: Scenario Analysis and Framework of Essential Stakeholders, Characteristics, Pillars, and Challenges

Autonomous Vehicle Radiation Based on Traffic Flow Analysis

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