[Retracted] Urban Road Landscape Design and Digital Twin Simulation Modeling Analysis

Abstract

The concept of a digital twin (DT) has lately become popular in the domains of urban planning and managed services. Densification and competing use of urban highways will result from an increase in local and foreign workers in the next years. The MFFO (modified fruit fly optimization) method for large-scale data transfer is presented in this study. The first step is to get data from the internet. A map-matching technique is also given in this section of preprocessing. Validated data may then be loaded into DT to reproduce processes. The results of DT are included in the landscape architecture and the server of the urban road network. The server’s data may be improved by modernized fruit fly optimization (MFFO) to enhance the transmission control protocol (TCP). Finally, the performances from the urban road design are examined and matched with existing techniques. The results are shown in the MATLAB simulation software. The results reveal that the proposed system increased the accuracy of digitalized urban road data protection for all secret information while also taking lesser time to execute than existing methods.

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“…In the theory of the Retinex algorithm, it is believed that the incident light determines the size of the dynamic range of all pixels within the image, and the intrinsic properties of the image are determined by the reflection coefficients inherent in the object itself [26]. Therefore, the landscape image is divided into a reflection image and an illumination image two parts, to obtain the visual perception of the image essence of the need to reduce or remove the reflection image by the impact of low illumination image, and ultimately realize the purpose of image enhancement.…”

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“…Yu et al [38] conducted a review of energy digital twin technology for industrial energy management. In transportation, papers by Yin and Cai [39], Rudskoy et al [40], Kušić et al [41], Dasgupta et al [42], and Gao et al [43] have discussed the recent advancements and applications of digital twins in urban road landscape design analysis, intelligent transport systems, real-time synergy of traffic data streams, adaptive traffic control systems, and transportation infrastructure, respectively. These papers highlight the potential benefits of digital twins for improving system efficiency, optimizing operations, and reducing congestion.…”