A Cloud-based Dynamic Waste Management System for Smart Cities

Sharmin, Sadia; Al-Amin, Sikder Tahsin

doi:10.1145/3001913.3006629

Cited by 31 publications

(11 citation statements)

References 2 publications

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“…The range of smart city applications associated with the proposed decentralised blockchain solution is extensive. For example, [41,42] have proposed smart waste management solutions that can be used as a form of on-demand bin collection standard. The technique would improve the trash routing information used by the waste management companies and would allow for a more dynamic pickup schedule than the current route-based standard [41].…”

Section: Smart City Applications and The Blockchain Advantagementioning

confidence: 99%

[Retracted] Stakeholders’ Viewpoints toward Blockchain Integration within IoT‐Based Smart Cities

2021

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This study intends to assess the development of IoT-based smart cities industry and the possibilities of blockchain integration from the perspective of industry stakeholders as the vision for a modern, integrated smart city future is predicated upon intelligence and the relationship between data-rich connections and human activities. Although this ideal of an interconnected urban landscape is currently being tested and actively used by consumers spanning a range of connected nodes and service solutions, the scalability, interoperability, and security of this emergent cyber-physical ideal has yet to be adequately resolved. This study used an exploratory study design following a mixed method design approach. A structured questionnaire survey (quantitative) and interviews (qualitative) were conducted for collecting data. IBM SPSS was used for the analysis of the data, which computed descriptive statistics, cross-tabulation, Pearson correlation, and ANOVA for quantitative data and thematic analysis for qualitative data. Through an empirical assessment of the perceptions and expertise of 122 stakeholders from within the worldwide IoT smart city industry, conceptual support for blockchain integration into the IoT solution was acquired, highlighting the solution-oriented, system-centered advantages of a decentralised, autonomous data management backbone that could be applied to future IoT-based smart city solutions. To meet the broad and diversified needs of the smart city and its future evolution, this study has confirmed that a commitment to decentralisation and blockchain intermediary data management is critical to scalable, secure, and autonomous negotiations of the IoT-enabled smart city networks.

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Section: Smart City Applications and The Blockchain Advantagementioning

confidence: 99%

[Retracted] Stakeholders’ Viewpoints toward Blockchain Integration within IoT‐Based Smart Cities

2021

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“…Smart Route and Environment Monitoring: The ability to track carbon emissions, urban ow and population density over extended periods are monitored through real-time analytics for proposing solutions for ow-routing, pedestrian awareness, and capacity-building 83,84 .…”

Section: Trust Security and Smart City Applicationsmentioning

confidence: 99%

Blockchain as a Middleware for Iot Sensing and Authentication Within Smart Cities: A Systematic Literature Review

Alasbali¹,

Azzuhri²,

Salleh³

et al. 2020

Preprint

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Previous research in Smart City technologies has been narrow and system-specific in both their orientation and focus. Specificity creates the homogeneity of systems architecture that, while beneficial from an experimental position, is entirely incompatible with the broader needs of a system standard. The current review seeks to examine existing research and their outcomes and summarize research milestones in the intersection of three domains of blockchain technologies, IoT capabilities, and smart city solutions. Based on the inclusion criteria, eighteen studies extracted from 6 academic journals contained some form of experimental or model-oriented solution and offered a distinct advantage over other proprietary research in this field. The SLR has divided the central concepts and structural solutions illuminated in the blockchain-IoT-related, smart city research conducted in the past four years into its core components: a structural solution of issues of security and authentication in the IoT, a tangible application of smart contract technologies for decentralized smart negotiation and a means of permissions-based performative oversight and administration. Heterogeneity and proprietary technologies will revise IoT's scope and capabilities and capabilities. However, this intermediary role of the Blockchain has been proven in many experimental and exploratory works and offers a significant advantage over prior structural limitations.

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“…In order to find a way to make an IT solution for managing the whole process (from citizens to products based recycled materials) other approaches (including (Kumar, Sunil et al, 2017), (Poon, Chi S., 1997), (Aazam, M. et al, 2016), (Sharmin, S. et al, 2016)) were analyzed. Approach described in this paper is focused on making a complex chain from kitchen (citizens habits) to final products with recyclable materials.…”

Section: Cloud Platform For Waste Management Industrymentioning

confidence: 99%

Cloud Platform for Waste Management Industry in Russia

Chernikov¹

2019

International Conferences on Internet Technologies &Amp; Society 2019 and Sustainability, Technology and Education 2019

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During the last 5 years Waste Management became one the most important topics in Russian society. There are a lot of initiatives related to recycling economy but only few of them are trying to describe waste management as a whole scalable system process. This article describes a cloud platform 'Ya razdelyayu' ('I separate', in Russian) based on main aspects of waste management industry: high-level support of multi-role business process, education and motivation of all participants (citizens, businesses and government), providing communication channels for all players. Currently project status is an early development stage. This article contains a high-level description of cloud platform "Ya razdelyayu".

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A Cloud-based Dynamic Waste Management System for Smart Cities

Cited by 31 publications

References 2 publications

[Retracted] Stakeholders’ Viewpoints toward Blockchain Integration within IoT‐Based Smart Cities

[Retracted] Stakeholders’ Viewpoints toward Blockchain Integration within IoT‐Based Smart Cities

Blockchain as a Middleware for Iot Sensing and Authentication Within Smart Cities: A Systematic Literature Review

Cloud Platform for Waste Management Industry in Russia

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