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Journal of Chinese
Architecture and Urbanism Stakeholder perspectives on BRTEMIP

basis and technological support for the development of In China, significant progress has been made in
urban transportation and promoting the application researching traffic road environmental monitoring
of information technology in this domain. Second, the information platforms (Jin et al., 2021). Domestically,
design and implementation of the BRTEMIP involve research on road traffic environmental detection has
various areas such as sensor technology, data processing, primarily focused on the impact of environment-related
and data mining. The application of these technologies pollutant monitoring technology on green and sustainable
will further drive the utilization of information development. The aim is to create a healthier, greener
technology in monitoring and managing urban environment for people through timely monitoring of air
transportation environments. Third, it offers insights pollutants (Qin et al., 2019). However, there is currently a
into urban transportation environmental protection and lack of technological innovation in regard to the monitoring
sustainable development. As urbanization accelerates, the of ambient air quality on urban traffic roads in China.
impact of transportation environments on their urban Consequently, monitoring efforts in this area remain
surroundings increases, making it increasingly urgent to unregulated, impeding assistance for the management of
protect urban transportation environments and ensure motor vehicles, urban traffic roads, and urban ambient
sustainable development. The design and implementation air quality (Liang et al., 2019; Anderson et al., 2010). To
of the BRTEMIP offer crucial technological support and fully support the benign and effective operation of urban
insights for these areas. transportation, addressing these shortcomings is essential.
The paper is structured into six sections. Section 1 Thus, it is worthwhile to present and examine the demands
serves as the introduction, while Section 2 comprises the of different stakeholders and establish communication
literature review. Section 3 explains the research framework and connections among multiple subjects centered on
and outlines the research design, and Section 4 presents the traffic road environmental monitoring information
the results. Following this, Section 5 offers a discussion of platform.
the key findings, and Section 6 provides conclusions. With regard to the implementation of technological

2. Literature review applications, traffic management departments in major
cities have actively promoted the construction of these
In recent years, significant progress has been made in platforms. Cities such as Beijing, Shanghai, Guangzhou,
researching and applying road traffic environmental and Shenzhen have conducted in-depth research on
monitoring information platforms (Wang et al., 2023). traffic congestion monitoring, traffic signal optimization,
For instance, traffic management centers in the United and traffic event management (Wei et al., 2022). In
States use advanced sensor technology and real-time addition, some high-tech enterprises have innovatively
data processing algorithms to carry out operations such researched traffic road environmental monitoring
as traffic flow monitoring, congestion prediction, and information platforms, developing sensor equipment and
intelligent traffic management (Iyer, 2021). Similarly, data processing algorithms with independent intellectual
in European countries, extensive research has been property rights, thus providing new solutions for urban
conducted on traffic road environmental monitoring traffic management.
information platforms, aiming for effective monitoring
and management of urban traffic through the integration Overall, research indicates that traffic road environmental
of sensor networks, geographic information systems, monitoring information platforms play an important role
and big data analytics (Garau et al., 2020). Beyond traffic and possess enormous potential for optimizing urban
management applications, research has also explored traffic management. Real-time monitoring and analysis
the application of traffic road environmental monitoring of key information such as traffic flow, road conditions,
information platforms in other areas. For example, some and environmental pollution enable traffic management
studies have focused on road traffic safety, using real- authorities to quickly grasp the urban traffic situation
time monitoring and early warnings of traffic accidents and formulate corresponding management strategies and
by integrating monitoring data with statistics on traffic emergency measures. However, challenges and unexplored
accidents. Simultaneously, other studies have addressed areas remain, particularly concerning technology usage.
the issues of environmental protection and sustainable Issues associated with data sharing could pose threats to
transportation development, providing a basis for decision- the platform’s main users, while data quality and privacy
makers to formulate environmental protection policies protection require further investigation and resolution
and promote green travel by monitoring traffic emissions (Imprialou & Quddus, 2019). In terms of research content,
and environmental pollution indicators (Bibri et al., 2020; few studies have examined the design and implementation
Khan et al., 2019). of the platform from a stakeholder’s perspective, despite

Volume 6 Issue 2 (2024) 3 https://doi.org/10.36922/jcau.2283