Hybrid Intelligent Systems of Cooperative Transportation Planning

Borodin, Andrey; Prokofieva, Evgenia; Panin, Vitaly; Erofeev, A. A.

doi:10.1016/j.trpro.2021.02.052

Cited by 5 publications

(2 citation statements)

References 5 publications

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“…Xiao et al ( 22 ) presented a block-to-train assignment model solved by the genetic algorithm and tabu search. To solve the problem of delayed cargo transport flows on the train network, taking into account the interests of each member of the transport and logistics chain, an efficient train assignment model based on the progressive distribution of flows on the network was developed, and then a hybrid intelligent system for cooperative railroad transport operations planning was also proposed to improve the management of railcar flows and improve the reliability of cargo transport, based on the principle of interaction of participants in the transport process ( 23 , 24 ). Ruf and Cordeau ( 25 ) proposed a formulation for the integrated planning problem comprising the railcar interchanges, the humping sequence, the schedule of service and safety processes, and the assignment of resources (infrastructure, staff, and locomotives) to processes.…”

Section: Literature Review and Outline Of Papermentioning

confidence: 99%

Research on Differential Pricing and Train Operation Decisions for Railway Cargo Transportation Under Competitive Conditions

Zeng

Zhang²,

Jin

2022

Transportation Research Record: Journal of the Transportation R

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Railway freight operations aim not only to market themselves aggressively to capture the market in a competitive environment but also to achieve refined management. The operational decisions chosen by carriers can have a significant impact on the revenue across freight services. Nowadays, various forms of transported products, train make-up, and schedules are developed from the perspective of production convenience, with less consideration of shippers’ needs for the time utility, frequency, and tariffs of transportation services. This paper investigates a joint optimization approach to railroad operation planning that combines meeting the transport demand preferences of different shippers in a competitive environment. Considering the heterogeneity of shippers’ transportation demands and the competitive environment with freight trucking, a new bi-level programming model is proposed that incorporates pricing decisions and operational planning policies, such as car blocking, train routing, and make-up. An exact solution for this model is developed by adding valid inequalities to the mixed-integer formula and the experiment is conducted with data from bulk coal cargo transportation of the S Railway Bureau Group Corp. A simple transportation network is presented, and the calculation results of the pricing decisions that maximize the profit in each operation decision in this network are reported.

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Section: Literature Review and Outline Of Papermentioning

confidence: 99%

Research on Differential Pricing and Train Operation Decisions for Railway Cargo Transportation Under Competitive Conditions

Zeng

Zhang²,

Jin

2022

Transportation Research Record: Journal of the Transportation R

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“…[52][53][54] Management transportation system in the project. [55][56][57] Strategies bidding contractor work in the project. [58][59][60] Experience bidding for contractors in the project.…”

Section: Critical Success To Sustainabilitymentioning

confidence: 99%

Sustainability in Residential High-Rise Building Using Knowledge Management of Critical Success Technique

Chonratana¹,

Chatpattananan²

2021

Preprint

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Sustainability is very important in business. The residential high-rise building all firms wanted to successful and sustainability in business. There is need the construction to completed low time, low cost and high quality in construction work. Therefore, real estate developers must find various strategies to use in construction projects to achieve goals and success of the firm. The purpose of this study was to indicate the very importance of knowledge management can lead to sustainability in business. Analyze 14 critical success to sustainability in residential high-rise building projects, collected questions from literature review, and survey in deep interview senior managers of 15 projects real estate development firms listed on the stock market of Thailand. Budget building more than 1000 million baht per project. From conceptual frame work five foundations integrated to knowledge management of critical success (KMITL PROCESS) used made tool survey in deep interview the critical success to sustainability in residential high-rise building project from project managers. Used IBM SPSS evaluated the critical success to sustainability. Found was one very important of critical success to sustainability, which was quality of products x̄ = 4.83. All 14 critical success to sustainability was found can applied made the knowledge management of critical success to sustainability in residential high-rise building project in firm. Especially in the field of construction managements project can used improve of all construction projects.

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