Research on the scheduling scheme of resource storage locations in deep-sea oil and gas exploitation

Wang, Yajie; Fan, Jianchun; Wu, Shengnan

doi:10.1016/j.petrol.2022.111214

Cited by 7 publications

(3 citation statements)

References 23 publications

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“…Combined with the above attribute characteristics, based on the data in the data warehouse and its processing process, this paper realizes the description of digital medical data with the help of metadata [15][16] . This paper analyzes the metadata of digital medical data in the whole data warehouse system from the functional point of view, and its uses are mainly manifested in two aspects: on the one hand, the business of recording data items and the metadata describing information are one of the main sources of information based on users, which can give intuitive feedback on users' data usage [17] ; On the other hand, the management and maintenance of digital medical resource data can't be separated from the support of Kaiyuan data. Common data item storage and digital medical resource status analysis are all based on metadata [18] .…”

Section: Digital Medical Data Interoperability Mechanism Constructionmentioning

confidence: 99%

Research on Digital Medical Resource Scheduling Method Considering Data Interoperability

Wan,

Huang

2024

Frontiers in Artificial Intelligence and Applications

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In the process of medical resource scheduling, it is difficult to ensure the comprehensive utilization rate of the corresponding resources due to the influence of the correlation between digital medical resource data. Therefore, research on digital medical resource scheduling method considering data interoperability is proposed. After realizing the representation of data and its processing process in digital medical data warehouse with the help of metadata, two ways of direct conversion and indirect conversion are adopted respectively, and an interoperability mechanism in the form of XML document is constructed for the original metadata stream of digital medical resources. In the specific scheduling process, according to the task status between the target node and the digital center, the digital medical resource scheduling center is determined, and the resource scheduling is realized by combining the promotion of different digital medical resource data to the main task operation ability. In the test results, the influence of increasing the number of task requests on the comprehensive utilization rate of resources is not obvious, and it is always stable in the range of 0.85-0.92.

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Section: Digital Medical Data Interoperability Mechanism Constructionmentioning

confidence: 99%

Research on Digital Medical Resource Scheduling Method Considering Data Interoperability

Wan,

Huang

2024

Frontiers in Artificial Intelligence and Applications

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“…Li et al developed an emergency resource dispatching model with random demands and optimized the expected total cost [21]. Wang et al [22] presented a two-stage optimization model of emergency resource storage and scheduling. In the first stage of the model, the objective is to decrease the response time, while in the second stage, the objective turns to optimizing the resource scheduling satisfaction.…”

Section: Multi-objective Emergency Resource Schedulingmentioning

confidence: 99%

“…Equation (21) means that the emergency resource supply of each supply point cannot exceed the maximum amount it can provide. Equation (22) means that the number of emergency resources transferred from the supply points to the demand point is a non-negative number.…”

Section: Emergency Resource Scheduling Based On the Traditional Modelmentioning

confidence: 99%

Research on a Scheduling Model for Social Emergency Resource Sharing Based on Emergency Contribution Index

Cui,

Chen,

Liu

et al. 2023

Sustainability

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A large number of massive repair machines are urgently necessary for a post-disaster rescue. These machines also need to be operated by professionals, and the demands require the participation of different industries in the whole society since they cannot be met via the national emergency resource storage system. Therefore, the support of extensive emergency resources from different industries across the entire society is needed in the rescue process, that is, social emergency resource sharing. To achieve this sharing, an emergency resource scheduling model should have the ability to allocate resources from the whole society. However, traditional emergency scheduling models have not considered the suppliers’ willingness to take part in the scheduling activities and their abilities to supply the resources. To solve the above issues, this paper designs a scheduling model for social emergency resource sharing based on an emergency contribution index (SSERS). The emergency contribution index (ECI) can be used to find the enterprises that not only have the ability to provide efficient emergency resources on time but also have the willingness to participate in emergency rescue. The results show that our model effectively optimizes the basic models to some extent and achieves social emergency resource sharing.

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Study on the working characteristics of a double jet pump used for high sand content extraction in the oil and gas production

Tang,

Zhang,

et al. 2024

Flow Measurement and Instrumentation

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Research on the scheduling scheme of resource storage locations in deep-sea oil and gas exploitation

Cited by 7 publications

References 23 publications

Research on Digital Medical Resource Scheduling Method Considering Data Interoperability

Research on Digital Medical Resource Scheduling Method Considering Data Interoperability

Research on a Scheduling Model for Social Emergency Resource Sharing Based on Emergency Contribution Index

Study on the working characteristics of a double jet pump used for high sand content extraction in the oil and gas production

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