Abstract:In the century of automation, which is digitized, and more and more technology is used, automatic systems' replacement of old manual systems makes people's lives easier. Nowadays, people have made the Internet an integral part of humans' daily lives unless they are insecure. The Internet of Things (IoT) secures a platform that authorizes devices and sensors to be remotely detected, connected, and controlled over the Internet. Due to the developments in sensor technologies, the production of tiny and low-cost s… Show more
“…Digitalisation holds no value in itself, but the targeted improvement of processes or services needs to be identified ( Parviainen et al., 2017 ). Economic incentives such as ROI (return on investment) are commonly used, but other values such as brand recognition, environmental sustainability, customer experience, employee health and improved service are equally important ( Gómez et al., 2017 ; Rahmani et al., 2022 ; Woodside and Sood, 2017 ). These can certainly have indirect economic benefits.…”
Section: Digital Transformationmentioning
confidence: 99%
“… Saint (2014) emphasizes that technical developments in smart cites need to benefit citizens to be successful. Digitalisation can contribute with information for better decision making, more efficient production processes and resource consumption, better use of personnel resources, and predictive maintenance, to name a few ( Boyle et al., 2022 ; Grievson et al., 2022 ; Rahmani et al., 2022 ). Development in one area can create synergy effects in another sector.…”
Section: Digital Transformationmentioning
confidence: 99%
“…Information classification and clear data ownership are necessary to securely share data and allow for use of different suppliers in the network of solutions, avoiding lock-in effects and inflexible systems ( Barbero et al., 2018 ; Eggimann et al., 2017 ) . For water utilities, being part of the critical infrastructure, it is crucial to consider cyber- and information security ( Fernandez-Carames and Fraga-Lamas, 2019 ; Rahmani et al., 2022 ; Tang and Meng, 2021 ). There was a common apprehension amongst the utilities in the study that on-premise storage in servers are more secure than outsourced cloud storage due to the increased amount of control.…”
Section: Storing and Sharing Data As A Requirementmentioning
“…Digitalisation holds no value in itself, but the targeted improvement of processes or services needs to be identified ( Parviainen et al., 2017 ). Economic incentives such as ROI (return on investment) are commonly used, but other values such as brand recognition, environmental sustainability, customer experience, employee health and improved service are equally important ( Gómez et al., 2017 ; Rahmani et al., 2022 ; Woodside and Sood, 2017 ). These can certainly have indirect economic benefits.…”
Section: Digital Transformationmentioning
confidence: 99%
“… Saint (2014) emphasizes that technical developments in smart cites need to benefit citizens to be successful. Digitalisation can contribute with information for better decision making, more efficient production processes and resource consumption, better use of personnel resources, and predictive maintenance, to name a few ( Boyle et al., 2022 ; Grievson et al., 2022 ; Rahmani et al., 2022 ). Development in one area can create synergy effects in another sector.…”
Section: Digital Transformationmentioning
confidence: 99%
“…Information classification and clear data ownership are necessary to securely share data and allow for use of different suppliers in the network of solutions, avoiding lock-in effects and inflexible systems ( Barbero et al., 2018 ; Eggimann et al., 2017 ) . For water utilities, being part of the critical infrastructure, it is crucial to consider cyber- and information security ( Fernandez-Carames and Fraga-Lamas, 2019 ; Rahmani et al., 2022 ; Tang and Meng, 2021 ). There was a common apprehension amongst the utilities in the study that on-premise storage in servers are more secure than outsourced cloud storage due to the increased amount of control.…”
Section: Storing and Sharing Data As A Requirementmentioning
“…Internet of Things (IoT) devices are becoming ubiquitous due to their quantity and proliferation [ 1 , 2 , 3 ]. This means that there is a considerable amount of computational power distributed by these devices.…”
In this paper, we present a framework for exploring the spare capacity of IoT devices for clustered execution of multimedia applications. Applications of this type are usually framed with specific quality parameters that enable a desirable level of service. This means that the IoT cluster must guarantee strict quality ranges of service to work as expected. The framework is totally customizable, and QoS dimensions can be easily added or removed given their relevance in the application scenario. The achieved results clearly demonstrate the utility of using the spare capacity of IoT devices, otherwise unused, to cooperatively execute servies within the desired quality of service levels.
“…Talent cultivation is the main focus; scientific research institutes focus more on their own advantageous research fields or some “short, flat, and fast” greening projects, lack of motivation for research on public welfare and common issues, and the transformation efficiency of scientific research results. It is also relatively low; even if the company has made some explorations on the individual common problems of the industry, it is also out of consideration for its own interests [ 3 ]. Although the industry information website has released some cutting-edge information and supply and demand information, it lacks credibility.…”
This paper studies the general architecture and key technologies of the Agricultural Internet of Things and summarizes the latest progress of the Internet of Things system model. On this basis, a general system architecture model suitable for the Agricultural Internet of Things is initially established, and the key technologies of the Agricultural Internet of Things are expounded to provide a reference for the in-depth application and development of the Agricultural Internet of Things. Aiming at the problem that the energy consumption of each node in the network is uneven in the process of monitoring agricultural production environment by wireless sensor network, which leads to the failure of some nodes in the network too fast, an event-driven wireless routing algorithm for agricultural production environment monitoring is proposed. By reducing the number of pieces of control information sent in the cluster, the algorithm selects the next hop forwarding node from candidate nodes according to the forwarding cost function to shorten the data transmission distance, reduce energy consumption, and improve the life cycle of the entire network. The experimental results show that the algorithm in this paper effectively avoids the waste of node energy consumption caused by the active transmission mode and at the same time better balances the overall energy consumption of the network and prolongs the life cycle of the network. The platform satisfies the needs of a local garden bureau to integrate comprehensive landscaping business information and display comprehensive landscaping information in a comprehensive, timely, and dynamic manner. At the same time, it has made useful explorations in the development and integration of landscaping business data interfaces and GIS data interfaces. All system functions of the smart garden information management platform project are reasonably designed and completely correct and basically meet the software function requirements specified in the requirements specification. Some functions were found not realized during the test. After rectification, various systems have been improved. All system interfaces of the smart garden information management platform project have reasonable layout, simple operation, and good ease of use. The smart garden information management platform project meets the business logic requirements and fulfills the requirements of the information construction of the Garden and Greening Administration. All systems of the smart garden information management platform project are simple to install and easy to operate and meet the user’s requirements after installation. The system has a strict permission setting function. People with different permissions can only see the content of the fields that they have permission to access, which effectively ensures the security of the data.
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