A Multi-Objective and Equilibrium Scheduling Model Based on Water Resources Macro Allocation Scheme

Wang, Ting; Liu, Yu; Wang, Ying; Xie, Xianjun; You, Jinjun

doi:10.1007/s11269-019-02304-w

Cited by 11 publications

(5 citation statements)

References 14 publications

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“…The proposed PIT-IUPFISh model is a two-step scheduling process consisting of macro (long-term) and micro (short-term) scheduling. The macro and micro scheduling approach was proposed in other applications, such as information scheduling in wireless communication systems [58] and water resource planning [59]. However, the techniques used in these applications are different.…”

Section: Discussionmentioning

confidence: 99%

“…Then, the small problems can be solved by relatively simple techniques since the search spaces of the sub-problems are significantly smaller than that of the original one [56]. This approach was applied to solve timetabling problems such as examination timetabling [44], crew scheduling [50], long term operational scheduling of cogeneration energy systems [57], information macro and micro scheduling in wireless communication systems [58], water resources macro and micro scheduling [59] and other applications in many fields of logistics, chemical, process and energy industries [60].…”

Section: Literature Reviewmentioning

confidence: 99%

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A Novel Macro and Micro Scheduling Model for Regulated Safety Inspections Based on Probability Integral Transform and Modified Bin Packing Algorithm

Zytoon

2021

IEEE Access

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Occupational safety and health (OSH) inspection is an essential element of OSH regulatory enforcement programs. The effectiveness of regulated OSH inspections is dependent on many factors of which proper planning and scheduling of inspections, and optimum utilization of inspectors are extremely important. In spite of this, there is no published scheduling model to solve the problem of regulated safety inspections. Absence of such models negatively affected the performance of safety inspectorates in many countries which is manifested by low portion of firms being inspected over long periods of time. For these, there is urgent need to introduce new scheduling models to solve such problem that has distinctive characteristics compared to the scheduling problems in other fields. The current paper presents a novel hybrid macro and micro scheduling approach that is based on Probability Integral Transform (PIT) and a modified Bin Packing algorithm that address the Inspector Utilization Problem with Firm Inspection Sharing (IUPFISh). The PIT-IUPFISh model consists of uniform long-term macro scheduling of firms for inspection using PIT approach coupled with short-term micro scheduling of firm inspection using the IUPFISh algorithm to determine the daily scheduling of the firms and inspectors so that maximum utilization of inspectors is achieved. A case study was presented to show the application of the proposed model. The results indicate that the application of the proposed model can improve OSH inspectorate performance through improved planning and scheduling as well as maximizing effective utilization of manpower.

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Section: Discussionmentioning

confidence: 99%

Section: Literature Reviewmentioning

confidence: 99%

A Novel Macro and Micro Scheduling Model for Regulated Safety Inspections Based on Probability Integral Transform and Modified Bin Packing Algorithm

Zytoon

2021

IEEE Access

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“…3) The composite weights are calculated [42] . Through computation, the weight of a particular evaluation indicator obtained from the FAHP method is denoted as 1 W , whereas the weight obtained from the entropy weighting method is denoted as 2 W .…”

Section: Serialmentioning

confidence: 99%

Adaptability of Water Resources Development and Utilization to Economic-Social System in Hunan Province, China

Liu

Shen

Cui

et al. 2023

Preprint

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The interplay of water resources with economic and social spheres involves a reciprocal feedback mechanism. Investigating the adaptation status of the composite system consisting of the two is crucial for promoting sustainable and coordinated development. Based on the current situation in water resources and economic-social development in Hunan Province, China, a evaluation system with 22 indicators was established. The quantitative analyses were conducted using improved coupling coordination models, harmonious development models, and OECD models to assess the adaptability of 14 cities (prefectures) in Hunan Province. The results indicated the following: 1) Recently, water resources subsystems (WRS) development index in various cities (prefectures) in Hunan Province has shown signs of improvement, while the economic-social subsystems (SES) development index has exhibited a palpable upward trend. 2) Currently, the coupling coordinative degree between the two subsystems has reached a state of coupling coordination, but spatial differences between north and south regions still existed. 3) The lagging development trend in Hunan Province indicates that the growth rate of WRS has surpassed that of SES. However, the harmonious development capacity of the composite "Water-Economy-Society" system remains relatively low, whilst the contradiction between economic-social development and water resource scarcity has not been effectively alleviated.

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“…(2) Responsibility for ecological scheduling. While taking into account the social and economic benefits of flood control, power generation, water supply, navigation, and irrigation, leading enterprises also should consider the needs of the river ecosystem, and value the reservoir's own regulatory performance as well as the river's ability to lose and transfer water, so as to scientifically utilize the ecological scheduling function [22]. (3) Responsibility for ensuring navigation.…”

Section: Strategic Csr Of Leading Enterprises In Water Environment Go...mentioning

confidence: 99%

Enhancing Strategic CSR in Chinese Leading Enterprises: The Role of Government Compensation and a Multi-Phase Portfolio Model

Hu,

Zhao,

Chen

et al. 2023

Water

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Water environment governance of large rivers is an essential measurement of ecological protection in China. The effectiveness of governance depends highly on the fulfillment of strategic CSR (corporate social responsibility) of Chinese leading enterprises. However, the fulfillment of strategic CSR often brings economic burden to the leading enterprises and needs government compensation support. Therefore, this paper explores the impact of government compensation on the fulfillment of strategic CSR of Chinese leading enterprises by constructing a multi-stage portfolio model. The main results show that (1) the prerequisite for leading enterprises to fulfill strategic CSR is sufficient profits; (2) the increase in government compensation can significantly affect the proportion of strategic CSR fulfillment of leading enterprises; (3) only when the portfolio considers both strategic CSR and project benefits, can the leading enterprises obtain the highest economic returns and better fulfill strategic CSR. The results can provide policy reference for the government to stimulate the fulfillment of leading enterprises’ strategic CSR and also give suggestions for the leading enterprises to alleviate the economic pressure brought by fulfilling strategic CSR.

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A Multi-Objective and Equilibrium Scheduling Model Based on Water Resources Macro Allocation Scheme

Cited by 11 publications

References 14 publications

A Novel Macro and Micro Scheduling Model for Regulated Safety Inspections Based on Probability Integral Transform and Modified Bin Packing Algorithm

A Novel Macro and Micro Scheduling Model for Regulated Safety Inspections Based on Probability Integral Transform and Modified Bin Packing Algorithm

Adaptability of Water Resources Development and Utilization to Economic-Social System in Hunan Province, China

Enhancing Strategic CSR in Chinese Leading Enterprises: The Role of Government Compensation and a Multi-Phase Portfolio Model

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