Intelligent Manufacturing in the Context of Industry 4.0: A Review

In this Chapter, we imagine a decision maker (or a group of experts) trying to establish or examine fair procedures to combine opinions about alternatives related to different points of view.

Multiple criteria decision making

Integer programming formulations of discrete hub location problems

Environmental regulation, green technology innovation, and industrial structure upgrading: The road to the green transformation of Chinese cities

Spatiotemporal differentiation and the factors influencing urbanization and ecological environment synergistic effects within the Beijing-Tianjin-Hebei urban agglomeration

In this paper, we formulate a cost and safety oriented approach to optimize the motorail transport car loading layout optimization problem. The model has 2 objective functions, one maximizes the wagon loading weight utilization rate, and another minimizes the gravitational center height after loading the cars on the wagons. The calculation results show that: the heaviest cars should be loaded in the middle of the decks, the cars weight loaded on both sides should be gradually reduced; the total weight of cars loaded on lower deck should be larger than the total weight of cars loaded on the upper deck.

An approach to solve motorail transportation loading layout optimization problem: the china case

The broad development of integrated heat and electricity systems (IHES) improved the energy utilization efficiency, but it also increased the risk of cascaded accidents and the difficulty of operation. The security region that defines the permitted operation range is efficient for the planning and control of IHESs, while the accurate formulation of security region boundary renders its applications. To address this problem, this article first proposes a novel equivalent thermal model (ETM) to build the direct connection between the operations states and the control variables in the heating system. The ETM directly characterizes the network response to the inputs and accurately describes the dynamic process in the heat system. On this basis, the method to construct the security region for IHES is presented considering the thermal dynamics, where the critical boundary is formulated with a set of accurate hyperplanes. To describe the thermal dynamics, numerical simulations from different aspects verify the effectiveness of the ETM. The results of security region indicate that the thermal dynamics influence the operation security and renewable penetration in the power system significantly.

Security Region of Integrated Heat and Electricity System Considering Thermal Dynamics

Using Radial Basis Function and Back Propagation to predicate fault in a railway dangerous goods transportation system considering the Markov Correction

Freight Transportation Structure Adjustment Control with Priority in Energy Consumption in China

Identification and Screening of Key Traffic Violations: Based on the Correlation between Driver's Historical Traffic Violation Propensity and Subsequent Accident Occurrence

Wencheng Huang

Papers

An approach to solve motorail transportation loading layout optimization problem: the china case

Security Region of Integrated Heat and Electricity System Considering Thermal Dynamics

Using Radial Basis Function and Back Propagation to predicate fault in a railway dangerous goods transportation system considering the Markov Correction

Freight Transportation Structure Adjustment Control with Priority in Energy Consumption in China

Identification and Screening of Key Traffic Violations: Based on the Correlation between Driver's Historical Traffic Violation Propensity and Subsequent Accident Occurrence