Whole-area perception is a multidimensional fusion technology. The integration of video perception, full-spectrum perception and chemical-physical perception is done, and the integration of various atmospheric and water monitoring combined with visualization and full-spectrum is done, which is also known as full-area perception.

In urban governance, omni-directional perception refers to the overall perception and control of the city's operating conditions and pulse, including sensor-centered perception and human-centered perception in two parts.

For example, the real-time location of all two passenger vehicles, buses, cabs, online cars and all ships is displayed on the big screen in the management center, and sensors for air, dust, noise, water quality and other environmental monitoring are also accessed; human-centered perception of the city is realized through the access to public opinion information on the Internet and the 12345 people's reflections.

Functional features of GSI

The data in GSI not only supports simple query services, but also forms a series of knowledge through a variety of artificial intelligence algorithms and models, which then helps city managers better solve the problems encountered in various urban scenarios.

Based on these algorithmic models, the Governance Modernization Command Center has developed more than a dozen urban application scenarios, including the full-process supervision of hazardous chemicals, the governance of group rented housing, the analysis of the health of industrial chains, and the health control of dump trucks.

The analysis and judgment system provides tools for data analysis by integrating data from government affairs, loT, and the Internet, and then opens up the tools through the platform and shares them with industry experts. Combining data and expert judgment, it forms an analysis and judgment report to be provided to government decision makers. The system provides the government with the causes of problems and policy recommendations, greatly improving the science and precision of decision-making.