Least squares estimate algorithm based on particle swarm optimization for position reconstruction of scintillation crystal

Shi, Rengang; Chen, Y.; Wei, Mengfu

doi:10.1088/1748-0221/13/12/p12029

Cited by 3 publications

(1 citation statement)

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“…In addition, the supporting environment required for the implementation of bill pricing is discussed [8]. Shi et al made an in-depth and detailed analysis on the project cost activities under the bill of quantities pricing mode, made a detailed analysis and Discussion on the project cost control in each stage, and established and improved the project cost management system under the bill of quantities pricing mode [9]. Based on the valuation of bill of quantities and the analysis of project cost composition, Ullah et al put forward the object and content of project cost management in the implementation stage and the management measures in each stage [10].…”

Section: Related Workmentioning

confidence: 99%

Dynamic Cost Estimation of Reconstruction Project Based on Particle Swarm Optimization Algorithm

Li¹

2023

IJCAI

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This paper proposes the research on dynamic cost estimation of reconstruction project in accordance with the particle swarm optimization procedure in order to predict the value of dynamic cost estimation of reconstruction project. To accomplish the task initially the applicability of example swarm optimization procedure is introduced. The basic principle of particle swarm optimization procedure is described, and PSO (particle swarm optimization) procedure is used to optimize the super factors of LS-SVM. The spss20.0 statistics is used to cluster the sample data to obtain similar engineering classes. BP-NN (Back Propagation Neural Network), LS -SVM, and PSO-LSSVM are implemented to anticipate and simulate the development price for the authentication of request effect of the optimized design in that area. The results show that the relative errors of the three designs are controlled within + 10%, this may be used in the early stages of building to anticipate construction costs accurately. The range of the relative error dissemination interval predicted using the BP-NN design is 13.12% and is between [-7.46%, 5.74%]. The range of the relative error dissemination interval predicted by the LS SVM design is 14.22% and is between [-8.12%, 6.17%]. According to the PSO-LSSVM design, the relative error dissemination interval is [-2.56%, 2.49%], and its range is 5.21%. In terms of prediction stability and robustness, the prediction design optimized using PSO procedure outperforms the LS SVM design. In conclusion, the predictions design on the basis of PSO optimized LS SVM is better appropriate for predicting construction costs early in the building process and has strong guiding importance for the cost of construction.Povzetek: Raziskava predlaga dinamično ocenjevanje stroškov obnove projektov z uporabo postopka optimizacije delcev za natančnejše napovedi.

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Section: Related Workmentioning

confidence: 99%