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<p>With the expansion of urban scale and the increase in population density, urban parks are confronted with the challenges of rising environmental temperature and the intensification of the heat island effect. The issue of cybersecurity in cyberspace is becoming increasingly prominent. Green cybersecurity, as an emerging cybersecurity concept, aims to ensure the safe operation of network systems through sustainable technical means and management strategies, while reducing the impact on the environment. This paper utilizes high-resolution thermal imaging technology to monitor the thermal environment of urban parks. Through surface temperature inversion, image interpolation calculation, and super-resolution reconstruction algorithms, low-resolution thermal imaging is converted into high-resolution thermal imaging, providing basic data for thermal environment analysis. Combining virtual reality (VR) technology, a virtual model that can truly reflect the thermal environment of the park was designed, and the correlation between the thermal environment and residents’ satisfaction was analyzed. In terms of green cyber security, the research explores the application of green cyber security technologies in urban park landscape planning, including energy-saving network architecture design, low-power encryption algorithms, efficient intrusion detection mechanisms, and the application of renewable energy in cyber security. By optimizing the utilization of network resources and reducing energy consumption, ensure that thermal imaging equipment and VR systems operate in a safe and stable network environment. Research shows that the combination of high-resolution thermal imaging and VR technology can effectively enhance the scientific nature and visualization effect of urban park landscape planning and thermal environment analysis. Thermal environment optimization plays a significant role in enhancing the overall satisfaction of parks. The application of green network security technology has significantly reduced the energy consumption of network systems and enhanced the security of data transmission and processing. Through the implementation of green cybersecurity strategies, the energy utilization efficiency in the process of urban park landscape planning has been significantly improved, providing technical support for the sustainable development of the city.</p>

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Green network security based on high-resolution thermal imaging promotes VR planning of urban park landscapes

  • 期刊论文

  • 发表日期：

    2026年3月17日

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  • Li Zhiyi

摘要

With the expansion of urban scale and the increase in population density, urban parks are confronted with the challenges of rising environmental temperature and the intensification of the heat island effect. The issue of cybersecurity in cyberspace is becoming increasingly prominent. Green cybersecurity, as an emerging cybersecurity concept, aims to ensure the safe operation of network systems through sustainable technical means and management strategies, while reducing the impact on the environment. This paper utilizes high-resolution thermal imaging technology to monitor the thermal environment of urban parks. Through surface temperature inversion, image interpolation calculation, and super-resolution reconstruction algorithms, low-resolution thermal imaging is converted into high-resolution thermal imaging, providing basic data for thermal environment analysis. Combining virtual reality (VR) technology, a virtual model that can truly reflect the thermal environment of the park was designed, and the correlation between the thermal environment and residents’ satisfaction was analyzed. In terms of green cyber security, the research explores the application of green cyber security technologies in urban park landscape planning, including energy-saving network architecture design, low-power encryption algorithms, efficient intrusion detection mechanisms, and the application of renewable energy in cyber security. By optimizing the utilization of network resources and reducing energy consumption, ensure that thermal imaging equipment and VR systems operate in a safe and stable network environment. Research shows that the combination of high-resolution thermal imaging and VR technology can effectively enhance the scientific nature and visualization effect of urban park landscape planning and thermal environment analysis. Thermal environment optimization plays a significant role in enhancing the overall satisfaction of parks. The application of green network security technology has significantly reduced the energy consumption of network systems and enhanced the security of data transmission and processing. Through the implementation of green cybersecurity strategies, the energy utilization efficiency in the process of urban park landscape planning has been significantly improved, providing technical support for the sustainable development of the city.